model_id string | mesh mesh | preview image | title string | slug string | section string | description string | collection list | contributors list | third_party_contributor bool | page_url string | github_folder string | date_published string | date_modified string | file_name string | source string | source_url string | github_path string | sha256 string | size_bytes int64 | file_name_matches_title bool | also_listed_under list | vertices int64 | faces int64 | draco_compressed bool | stats_json string |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
1999-rq36-asteroid/1999 RQ36 asteroid.glb | 1999 RQ36 asteroid | 1999-rq36-asteroid | 3D Models | Scientists on NASA’s asteroid sample return mission, Origins, Spectral Interpretation, Resource Identification, Security, Regolith Explorer (OSIRIS-REx), have measured the orbit of their destination asteroid, 1999 RQ36, with such accuracy they were able to directly measure the drift resulting from a subtle but importan... | [] | [
"NASA/Christopher R. Meaney"
] | false | https://science.nasa.gov/3d-resources/1999-rq36-asteroid/ | 3D Models/1999 RQ36 asteroid | 2025-03-20T16:54:59 | 2025-06-06T12:50:59 | 1999 RQ36 asteroid.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/1999%20RQ36%20asteroid/1999%20RQ36%20asteroid.glb | 3D Models/1999 RQ36 asteroid/1999 RQ36 asteroid.glb | 644af15678447df90c2d9e85674809c7fc70f439e0865418aa6618a8483b7958 | 329,596 | true | [] | 9,122 | 18,240 | false | {"vertices": 9122, "faces": 18240, "geometries": 1, "bbox_extents": [1350.7060546875, 1301.6375732421875, 1309.6339111328125], "gltf_meshes": 1, "gltf_materials": 2, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": [], "draco_compressed": false} | ||
70-meter-dish/70 meter dish.glb | 70 meter dish | 70-meter-dish | 3D Models | Each Deep Space Network, or DSN, site has one huge, 230-foot (70-meter) diameter antenna. The 70-meter antennas are the largest and most sensitive DSN antennas, capable of tracking a spacecraft traveling tens of billions of miles from Earth. | [] | [
"NASA/Ames Research Center"
] | false | https://science.nasa.gov/3d-resources/70-meter-dish/ | 3D Models/70-meter Dish | 2025-03-20T16:43:43 | 2025-06-06T12:55:00 | 70 meter dish.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/70-meter%20Dish/70%20meter%20dish.glb | 3D Models/70-meter Dish/70 meter dish.glb | 36ff56a7a2bfd1c278f6f4774d32128d5931f2c22fe58241d00ee7d1815634bb | 2,216,584 | true | [] | 44,556 | 14,852 | false | {"vertices": 44556, "faces": 14852, "geometries": 1, "bbox_extents": [91.56533813476562, 85.53871142698267, 91.31533945774677], "gltf_meshes": 1, "gltf_materials": 1, "gltf_textures": 1, "gltf_images": 2, "gltf_extensions_used": ["EXT_texture_webp"], "draco_compressed": false} | ||
active-cavity-irradiance-monitor-satellite-acrimsat-a/Active Cavity Irradiance Monitor Satellite (AcrimSAT) (A).glb | Active Cavity Irradiance Monitor Satellite (AcrimSAT) (A) | active-cavity-irradiance-monitor-satellite-acrimsat-a | 3D Models | ACRIMSAT studies the sun’s energy output with uniform sensitivity to improve knowledge of the sun’s role in global change. | [] | [
"NASA/Brian E. Kumanchik",
"NASA/Christian A. Lopez"
] | false | https://science.nasa.gov/3d-resources/active-cavity-irradiance-monitor-satellite-acrimsat-a/ | 3D Models/Active Cavity Irradiance Monitor Satellite (AcrimSAT) (A) | 2025-03-20T16:59:09 | 2025-06-11T18:29:13 | Active Cavity Irradiance Monitor Satellite (AcrimSAT) (A).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Active%20Cavity%20Irradiance%20Monitor%20Satellite%20%28AcrimSAT%29%20%28A%29/Active%20Cavity%20Irradiance%20Monitor%20Satellite%20%28AcrimSAT%29%20%28A%29.glb | 3D Models/Active Cavity Irradiance Monitor Satellite (AcrimSAT) (A)/Active Cavity Irradiance Monitor Satellite (AcrimSAT) (A).glb | afa7d056e9415c4fb85dfff0727a71c088f721876fd7b539eaed4c5e5cd18de7 | 2,115,124 | true | [] | 17,280 | 11,551 | false | {"vertices": 17280, "faces": 11551, "geometries": 4, "bbox_extents": [1.7982104064726006, 0.7335302739165108, 1.7982104230377516], "gltf_meshes": 4, "gltf_materials": 4, "gltf_textures": 3, "gltf_images": 2, "gltf_extensions_used": [], "draco_compressed": false} | ||
active-cavity-irradiance-monitor-satellite-acrimsat-b/Active Cavity Irradiance Monitor Satellite (AcrimSAT) (B).glb | Active Cavity Irradiance Monitor Satellite (AcrimSAT) (B) | active-cavity-irradiance-monitor-satellite-acrimsat-b | 3D Models | ACRIMSAT studies the sun’s energy output with uniform sensitivity to improve knowledge of the sun’s role in global change. | [] | [
"NASA/Christian A. Lopez"
] | false | https://science.nasa.gov/3d-resources/active-cavity-irradiance-monitor-satellite-acrimsat-b/ | 3D Models/Active Cavity Irradiance Monitor Satellite (AcrimSAT) (B) | 2025-03-20T17:05:14 | 2025-06-06T13:29:34 | Active Cavity Irradiance Monitor Satellite (AcrimSAT) (B).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Active%20Cavity%20Irradiance%20Monitor%20Satellite%20%28AcrimSAT%29%20%28B%29/Active%20Cavity%20Irradiance%20Monitor%20Satellite%20%28AcrimSAT%29%20%28B%29.glb | 3D Models/Active Cavity Irradiance Monitor Satellite (AcrimSAT) (B)/Active Cavity Irradiance Monitor Satellite (AcrimSAT) (B).glb | 6ea9b76901566ac9206c619b7731b69656642f914eb7f800aeef0e8a20328562 | 1,091,672 | true | [] | 35,313 | 11,771 | false | {"vertices": 35313, "faces": 11771, "geometries": 26, "bbox_extents": [11051.299941453444, 4223.015861909151, 10351.599748197568], "gltf_meshes": 9, "gltf_materials": 26, "gltf_textures": 2, "gltf_images": 2, "gltf_extensions_used": ["KHR_materials_volume", "FB_ngon_encoding"], "draco_compressed": false} | ||
advanced-composition-explorer/Advanced Composition Explorer.glb | Advanced Composition Explorer | advanced-composition-explorer | 3D Models | Advanced Composition Explorer (ACE) observes particles of solar, interplanetary, interstellar, and galactic origins. | [] | [
"NASA/Christopher R. Meaney"
] | false | https://science.nasa.gov/3d-resources/advanced-composition-explorer/ | 3D Models/Advanced Composition Explorer | 2025-03-20T17:11:42 | 2025-06-09T14:20:11 | Advanced Composition Explorer.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Advanced%20Composition%20Explorer/Advanced%20Composition%20Explorer.glb | 3D Models/Advanced Composition Explorer/Advanced Composition Explorer.glb | b03a394e57b6af3a1f3700f450d94a67dd3eaec8a00e125d2d005bd1359b6e9c | 2,030,760 | true | [] | 77,334 | 25,778 | false | {"vertices": 77334, "faces": 25778, "geometries": 27, "bbox_extents": [921.5009155273438, 277.9881591796875, 1345.3037109375], "gltf_meshes": 1, "gltf_materials": 27, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": [], "draco_compressed": false} | ||
advanced-crew-escape-suit/Advanced Crew Escape Suit.glb | Advanced Crew Escape Suit | advanced-crew-escape-suit | 3D Models | The Advanced Crew Escape Suit (ACES) is a full pressure vessel providing an atmosphere of protection. | [] | [
"NASA/Michael D. Carbajal"
] | false | https://science.nasa.gov/3d-resources/advanced-crew-escape-suit/ | 3D Models/Advanced Crew Escape Suit | 2025-03-20T17:17:40 | 2025-06-09T14:26:56 | Advanced Crew Escape Suit.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Advanced%20Crew%20Escape%20Suit/Advanced%20Crew%20Escape%20Suit.glb | 3D Models/Advanced Crew Escape Suit/Advanced Crew Escape Suit.glb | 6017772d557c30ea86e2e3a7651ad2089499f3d0c577b983467650616bfaebeb | 858,408 | true | [] | 126,027 | 88,872 | true | {"vertices": 126027, "faces": 88872, "geometries": 14, "bbox_extents": [0.8871257901191711, 1.9958178997039795, 0.554872989654541], "gltf_meshes": 1, "gltf_materials": 14, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression", "KHR_materials_transmission", "KHR_materials_specular",... | ||
advanced-technology-large-aperture-space-telescope-atlast/Advanced Technology Large-Aperture Space Telescope (ATLAST).glb | Advanced Technology Large-Aperture Space Telescope (ATLAST) | advanced-technology-large-aperture-space-telescope-atlast | 3D Models | The Advanced Technology Large-Aperture Space Telescope (ATLAST) builds upon key technologies developed for Hubble and Webb. ATLAST’s large primary mirror would enable studying star and galaxy formation in detail. ATLAST would be able to resolve stars in galaxies more than 10 million light-years away and star-formation ... | [] | [
"NASA/Christopher R. Meaney"
] | false | https://science.nasa.gov/3d-resources/advanced-technology-large-aperture-space-telescope-atlast/ | 3D Models/Advanced Technology Large-Aperture Space Telescope (ATLAST) | 2025-03-25T13:13:54 | 2025-03-25T13:15:32 | Advanced Technology Large-Aperture Space Telescope (ATLAST).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Advanced%20Technology%20Large-Aperture%20Space%20Telescope%20%28ATLAST%29/Advanced%20Technology%20Large-Aperture%20Space%20Telescope%20%28ATLAST%29.glb | 3D Models/Advanced Technology Large-Aperture Space Telescope (ATLAST)/Advanced Technology Large-Aperture Space Telescope (ATLAST).glb | ae0ef66560c6bb45a57f382f54d2898c8ccdce5f9f419ef0c65ac13f1c6f185c | 465,864 | true | [] | 112,222 | 177,747 | true | {"vertices": 112222, "faces": 177747, "geometries": 23, "bbox_extents": [27.185229856862406, 19.479179629936198, 19.479180139605717], "gltf_meshes": 1, "gltf_materials": 23, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | ||
aeronomy-of-ice-in-the-mesosphere/Aeronomy of Ice in the Mesosphere.glb | Aeronomy of Ice in the Mesosphere | aeronomy-of-ice-in-the-mesosphere | 3D Models | AIM is a two-year mission to study Polar Mesospheric Clouds (PMCs), the Earth’s highest clouds, which form an icy membrane 50 miles (80.4 km) above the surface at the edge of space. | [] | [
"NASA/Christopher R. Meaney"
] | false | https://science.nasa.gov/3d-resources/aeronomy-of-ice-in-the-mesosphere/ | 3D Models/Aeronomy of Ice in the Mesosphere | 2025-03-20T17:34:31 | 2025-06-09T16:09:34 | Aeronomy of Ice in the Mesosphere.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Aeronomy%20of%20Ice%20in%20the%20Mesosphere/Aeronomy%20of%20Ice%20in%20the%20Mesosphere.glb | 3D Models/Aeronomy of Ice in the Mesosphere/Aeronomy of Ice in the Mesosphere.glb | 6e5b3d6bcfc7c75c33eac80b81771d413fcb265e4a3eaebaecabf34e8ff7e614 | 323,372 | true | [] | 77,931 | 132,276 | true | {"vertices": 77931, "faces": 132276, "geometries": 29, "bbox_extents": [41.400001525878906, 17.214000701904297, 18.535569190979004], "gltf_meshes": 1, "gltf_materials": 29, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | ||
agena-target-vehicle/Agena Target Vehicle.glb | Agena Target Vehicle | agena-target-vehicle | 3D Models | [] | [
"NASA/Michael D. Carbajal"
] | false | https://science.nasa.gov/3d-resources/agena-target-vehicle/ | 3D Models/Agena Target Vehicle | 2025-03-20T17:38:05 | 2025-06-09T16:21:27 | Agena Target Vehicle.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Agena%20Target%20Vehicle/Agena%20Target%20Vehicle.glb | 3D Models/Agena Target Vehicle/Agena Target Vehicle.glb | 1aa57601b20e7a6d59d71d5da51378e417f69b0a9005d17fa435b1466fe4a6a6 | 1,156,596 | true | [] | 20,281 | 31,290 | false | {"vertices": 20281, "faces": 31290, "geometries": 61, "bbox_extents": [5.233299016952515, 12.587865015491843, 27.250213623046875], "gltf_meshes": 50, "gltf_materials": 10, "gltf_textures": 2, "gltf_images": 4, "gltf_extensions_used": ["KHR_materials_specular", "EXT_texture_webp"], "draco_compressed": false} | |||
apollo-lunar-module/Apollo Lunar Module.glb | Apollo Lunar Module | apollo-lunar-module | 3D Models | [] | [
"NASA/Michael D. Carbajal"
] | false | https://science.nasa.gov/3d-resources/apollo-lunar-module/ | 3D Models/Apollo Lunar Module | 2025-03-20T17:41:08 | 2025-06-09T17:18:25 | Apollo Lunar Module.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Apollo%20Lunar%20Module/Apollo%20Lunar%20Module.glb | 3D Models/Apollo Lunar Module/Apollo Lunar Module.glb | 379101dfcee399267addf771709107c35e826b0b9e5233272f123e4c8a585c4e | 716,840 | true | [] | 64,787 | 97,588 | true | {"vertices": 64787, "faces": 97588, "geometries": 157, "bbox_extents": [6.427394866943359, 5.012792199850082, 6.426610469818115], "gltf_meshes": 134, "gltf_materials": 12, "gltf_textures": 3, "gltf_images": 6, "gltf_extensions_used": ["KHR_draco_mesh_compression", "KHR_materials_specular", "EXT_texture_webp"], "draco_c... | |||
apollo-soyuz/Apollo Soyuz.glb | Apollo Soyuz | apollo-soyuz | 3D Models | [] | [
"NASA/Michael D. Carbajal"
] | false | https://science.nasa.gov/3d-resources/apollo-soyuz/ | 3D Models/Apollo Soyuz | 2025-03-20T17:43:24 | 2025-06-09T17:24:54 | Apollo Soyuz.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Apollo%20Soyuz/Apollo%20Soyuz.glb | 3D Models/Apollo Soyuz/Apollo Soyuz.glb | 4d7d37c8ee02c6649b578900fa3533d92b89e125380a2efaa75f5a66e81d43db | 952,608 | true | [] | 17,349 | 32,996 | false | {"vertices": 17349, "faces": 32996, "geometries": 18, "bbox_extents": [21.645084381103516, 9.633513450622559, 5.124011993408203], "gltf_meshes": 1, "gltf_materials": 18, "gltf_textures": 5, "gltf_images": 10, "gltf_extensions_used": ["KHR_materials_specular", "EXT_texture_webp"], "draco_compressed": false} | |||
aqua-a/Aqua (A).glb | Aqua (A) | aqua-a | 3D Models | Aqua carries six state-of-the-art instruments to observe the Earth’s oceans, atmosphere, land, ice and snow covers, and vegetation, providing high measurement accuracy, spatial detail, and temporal frequency. This comprehensive approach to data collection enables scientists to study the interactions among the four sphe... | [] | [
"NASA/Kevin K. Lane"
] | false | https://science.nasa.gov/3d-resources/aqua-a/ | 3D Models/Aqua (A) | 2025-03-21T12:27:29 | 2025-06-09T17:31:55 | Aqua (A).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Aqua%20%28A%29/Aqua%20%28A%29.glb | 3D Models/Aqua (A)/Aqua (A).glb | 5b5462b3947ae78e308ba9340d3c14cf13179a23006920b17e9e5ea142f3795a | 1,994,440 | true | [] | 345,426 | 115,142 | true | {"vertices": 345426, "faces": 115142, "geometries": 28, "bbox_extents": [124.06371459559897, 229.61235912799026, 434.20621150615636], "gltf_meshes": 28, "gltf_materials": 23, "gltf_textures": 2, "gltf_images": 2, "gltf_extensions_used": ["KHR_draco_mesh_compression", "EXT_texture_webp"], "draco_compressed": true} | ||
aqua-b/Aqua (B).glb | Aqua (B) | aqua-b | 3D Models | Aqua carries six state-of-the-art instruments to observe the Earth’s oceans, atmosphere, land, ice and snow covers, and vegetation, providing high measurement accuracy, spatial detail, and temporal frequency. This comprehensive approach to data collection enables scientists to study the interactions among the four sphe... | [] | [
"NASA/Brian E. Kumanchik",
"NASA/Christian A. Lopez"
] | false | https://science.nasa.gov/3d-resources/aqua-b/ | 3D Models/Aqua (B) | 2025-03-21T14:53:29 | 2025-06-09T17:36:08 | Aqua (B).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Aqua%20%28B%29/Aqua%20%28B%29.glb | 3D Models/Aqua (B)/Aqua (B).glb | f0761181a1d378b6b3e270e8eee8bf20c241b7d577933630369b0cffd4b521e1 | 1,104,016 | true | [] | 36,988 | 49,401 | true | {"vertices": 36988, "faces": 49401, "geometries": 6, "bbox_extents": [9.398802757263184, 17.777475953102112, 5.079321444034576], "gltf_meshes": 6, "gltf_materials": 5, "gltf_textures": 4, "gltf_images": 8, "gltf_extensions_used": ["KHR_draco_mesh_compression", "EXT_texture_webp"], "draco_compressed": true} | ||
aqua-c/Aqua (C).glb | Aqua (C) | aqua-c | 3D Models | Aqua, Latin for water, is a NASA Earth Science satellite mission named for the large amount of information that the mission is collecting about the Earth’s water cycle, including evaporation from the oceans, water vapor in the atmosphere, clouds, precipitation, soil moisture, sea ice, land ice, and snow cover on the la... | [] | [
"NASA/Christopher R. Meaney"
] | false | https://science.nasa.gov/3d-resources/aqua-c/ | 3D Models/Aqua (C) | 2025-03-21T15:11:26 | 2025-06-09T18:33:45 | Aqua (C).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Aqua%20%28C%29/Aqua%20%28C%29.glb | 3D Models/Aqua (C)/Aqua (C).glb | e9d2bb0c26f68966da3c3fbcf274e248426278fec45cc21c2cb4f9883851174a | 1,321,604 | true | [] | 343,107 | 114,369 | true | {"vertices": 343107, "faces": 114369, "geometries": 283, "bbox_extents": [9.426417827606201, 17.78427004814148, 4.89841103553772], "gltf_meshes": 1, "gltf_materials": 283, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | ||
aquarius-a/Aquarius (A).glb | Aquarius (A) | aquarius-a | 3D Models | Aquarius is making NASA’s first space-based global observations of ocean surface salinity, flying 657 kilometers (408 miles) above Earth in a sun-synchronous polar orbit that repeats every seven days. This NASA Earth System Science Pathfinder mission is mapping global changes in ocean surface salinity with a resolution... | [] | [
"NASA/Christopher R. Meaney"
] | false | https://science.nasa.gov/3d-resources/aquarius-a/ | 3D Models/Aquarius (A) | 2025-03-25T12:04:58 | 2025-06-09T18:38:18 | Aquarius (A).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Aquarius%20%28A%29/Aquarius%20%28A%29.glb | 3D Models/Aquarius (A)/Aquarius (A).glb | dc81055c83e5da56d3ae57f4c967010be64ad5d01cee4cdb0a88c85c2b628116 | 1,137,428 | true | [
"Aqua (A)"
] | 363,489 | 121,163 | true | {"vertices": 363489, "faces": 121163, "geometries": 69, "bbox_extents": [7.862271896778111, 4.540268209464102, 10.663600420377406], "gltf_meshes": 1, "gltf_materials": 69, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | ||
aquarius-b/Aquarius (B) (compact).glb | Aquarius (B) | aquarius-b | 3D Models | Aquarius is making NASA’s first space-based global observations of ocean surface salinity, flying 657 kilometers (408 miles) above Earth in a sun-synchronous polar orbit that repeats every seven days. This NASA Earth System Science Pathfinder mission is mapping global changes in ocean surface salinity with a resolution... | [] | [
"NASA/JPL/Eyes on the Solar System"
] | false | https://science.nasa.gov/3d-resources/aquarius-b/ | 3D Models/Aquarius (B) | 2025-03-25T12:21:44 | 2025-07-02T12:09:11 | Aquarius (B) (compact).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Aquarius%20%28B%29/Aquarius%20%28B%29%20%28compact%29.glb | 3D Models/Aquarius (B)/Aquarius (B) (compact).glb | b1b58b5ed30437d283966b0eb302b799b1ce3fdec5bd2f3d49046e0a793b9c53 | 3,797,408 | true | [] | 9,934 | 10,362 | true | {"vertices": 9934, "faces": 10362, "geometries": 10, "bbox_extents": [2.5283713340759277, 4.270706944058134, 2.5283713340759277], "gltf_meshes": 10, "gltf_materials": 9, "gltf_textures": 9, "gltf_images": 14, "gltf_extensions_used": ["KHR_draco_mesh_compression", "EXT_texture_webp"], "draco_compressed": true} | ||
aquarius-b/Aquarius (B) (unfurled).glb | Aquarius (B) | aquarius-b | 3D Models | Aquarius is making NASA’s first space-based global observations of ocean surface salinity, flying 657 kilometers (408 miles) above Earth in a sun-synchronous polar orbit that repeats every seven days. This NASA Earth System Science Pathfinder mission is mapping global changes in ocean surface salinity with a resolution... | [] | [
"NASA/JPL/Eyes on the Solar System"
] | false | https://science.nasa.gov/3d-resources/aquarius-b/ | 3D Models/Aquarius (B) | 2025-03-25T12:21:44 | 2025-07-02T12:09:11 | Aquarius (B) (unfurled).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Aquarius%20%28B%29/Aquarius%20%28B%29%20%28unfurled%29.glb | 3D Models/Aquarius (B)/Aquarius (B) (unfurled).glb | 8d07c591f113628839204e56798b6bec613af638d977b697b5fd436157a7cd1e | 3,720,696 | true | [] | 9,707 | 10,362 | true | {"vertices": 9707, "faces": 10362, "geometries": 10, "bbox_extents": [3.489776135651198, 5.3843958224473125, 4.973109865557888], "gltf_meshes": 10, "gltf_materials": 9, "gltf_textures": 9, "gltf_images": 14, "gltf_extensions_used": ["KHR_draco_mesh_compression", "EXT_texture_webp"], "draco_compressed": true} | ||
ares-1-a/Ares 1 (A).glb | Ares 1 (A) | ares-1-a | 3D Models | [] | [
"NASA/Michael D. Carbajal"
] | false | https://science.nasa.gov/3d-resources/ares-1-a/ | 3D Models/Ares 1 (A) | 2025-03-25T12:26:58 | 2025-06-11T18:33:26 | Ares 1 (A).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Ares%201%20%28A%29/Ares%201%20%28A%29.glb | 3D Models/Ares 1 (A)/Ares 1 (A).glb | 9f6854d88df542db40c70c51bbee1eb0bd8c2bef9e500e1fd72e70ebeb68743a | 98,128 | true | [] | 13,992 | 4,664 | true | {"vertices": 13992, "faces": 4664, "geometries": 20, "bbox_extents": [0.6978639960289001, 10.00815309666069, 9.770300236260582], "gltf_meshes": 13, "gltf_materials": 9, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | |||
ares-1-b/Ares 1 (B).glb | Ares 1 (B) | ares-1-b | 3D Models | [] | [
"NASA/Michael D. Carbajal"
] | false | https://science.nasa.gov/3d-resources/ares-1-b/ | 3D Models/Ares 1 (B) | 2025-03-25T12:41:46 | 2025-06-11T18:39:40 | Ares 1 (B).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Ares%201%20%28B%29/Ares%201%20%28B%29.glb | 3D Models/Ares 1 (B)/Ares 1 (B).glb | 40a1cafe13b916d4a4c17ebb06bfad22138eaa38beb5ece883d15ceb25a1ee35 | 99,136 | true | [] | 13,992 | 4,664 | true | {"vertices": 13992, "faces": 4664, "geometries": 20, "bbox_extents": [0.6978639960289001, 10.00815309666069, 9.770300236260582], "gltf_meshes": 13, "gltf_materials": 9, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | |||
argo/Argo.glb | Argo | argo | 3D Models | [] | [
"NASA/Christopher R. Meaney"
] | false | https://science.nasa.gov/3d-resources/argo/ | 3D Models/Argo | 2025-03-25T12:32:17 | 2025-06-11T18:46:10 | Argo.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Argo/Argo.glb | 3D Models/Argo/Argo.glb | a52dfa8c530c86554e779e419584ee0fffa6bca36ff32bf2d17995bd4b21c18a | 42,572 | true | [] | 6,560 | 9,221 | true | {"vertices": 6560, "faces": 9221, "geometries": 8, "bbox_extents": [4.300000190734863, 26.556500911712646, 4.300000190734863], "gltf_meshes": 1, "gltf_materials": 8, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | |||
atlas-6-friendship-7/Atlas 6 (Friendship 7).glb | Atlas 6 (Friendship 7) | atlas-6-friendship-7 | 3D Models | [] | [
"NASA/Michael D. Carbajal"
] | false | https://science.nasa.gov/3d-resources/atlas-6-friendship-7/ | 3D Models/Atlas 6 (Friendship 7) | 2025-03-25T12:54:02 | 2025-06-12T17:04:48 | Atlas 6 (Friendship 7).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Atlas%206%20%28Friendship%207%29/Atlas%206%20%28Friendship%207%29.glb | 3D Models/Atlas 6 (Friendship 7)/Atlas 6 (Friendship 7).glb | d60d2e2818c2963adbdaa76eadd430f1a416829844772db48e959d045720d8c6 | 1,026,724 | true | [] | 95,119 | 164,622 | true | {"vertices": 95119, "faces": 164622, "geometries": 222, "bbox_extents": [5.994025230407715, 9.234652400016785, 5.994025230407715], "gltf_meshes": 217, "gltf_materials": 9, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression", "KHR_materials_specular"], "draco_compressed": true} | |||
atlas-7-aurora-7/Atlas 7 (Aurora 7).glb | Atlas 7 (Aurora 7) | atlas-7-aurora-7 | 3D Models | [] | [
"NASA/Michael D. Carbajal"
] | false | https://science.nasa.gov/3d-resources/atlas-7-aurora-7/ | 3D Models/Atlas 7 (Aurora 7) | 2025-03-25T13:01:38 | 2025-06-12T17:08:52 | Atlas 7 (Aurora 7).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Atlas%207%20%28Aurora%207%29/Atlas%207%20%28Aurora%207%29.glb | 3D Models/Atlas 7 (Aurora 7)/Atlas 7 (Aurora 7).glb | ece496043849dfa312ced6f5692a5d85d749d7fed1680897a60e746fa735581b | 1,026,872 | true | [] | 95,168 | 164,622 | true | {"vertices": 95168, "faces": 164622, "geometries": 222, "bbox_extents": [5.994025230407715, 9.234652400016785, 5.994025230407715], "gltf_meshes": 217, "gltf_materials": 9, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression", "KHR_materials_specular"], "draco_compressed": true} | |||
atlas-9-faith-7/Atlas 9 (Faith 7).glb | Atlas 9 (Faith 7) | atlas-9-faith-7 | 3D Models | [] | [
"NASA/Michael D. Carbajal"
] | false | https://science.nasa.gov/3d-resources/atlas-9-faith-7/ | 3D Models/Atlas 9 (Faith 7) | 2025-03-25T13:04:21 | 2025-06-12T17:11:26 | Atlas 9 (Faith 7).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Atlas%209%20%28Faith%207%29/Atlas%209%20%28Faith%207%29.glb | 3D Models/Atlas 9 (Faith 7)/Atlas 9 (Faith 7).glb | b2a5e322083667dc6d214e6ed30a133e50801ce8e5391a847983075495d59d63 | 1,025,820 | true | [] | 95,119 | 164,622 | true | {"vertices": 95119, "faces": 164622, "geometries": 222, "bbox_extents": [5.994025230407715, 9.234652400016785, 5.994025230407715], "gltf_meshes": 217, "gltf_materials": 9, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression", "KHR_materials_specular"], "draco_compressed": true} | |||
atmosphere-space-transition-region-explorer-astre/Atmosphere-Space Transition Region Explorer (ASTRE).glb | Atmosphere-Space Transition Region Explorer (ASTRE) | atmosphere-space-transition-region-explorer-astre | 3D Models | The Atmosphere-Space Transition Region Explorer (ASTRE) mission would study the interaction between the Earth’s atmosphere and the ionized gases of space. By flying excursions deep into the Earth’s upper atmosphere, its measurements would improve satellite drag models and show how space-induced currents in electric pow... | [] | [
"NASA/Christopher R. Meaney"
] | false | https://science.nasa.gov/3d-resources/atmosphere-space-transition-region-explorer-astre/ | 3D Models/Atmosphere-Space Transition Region Explorer (ASTRE) | 2025-03-25T13:22:23 | 2025-06-12T17:16:48 | Atmosphere-Space Transition Region Explorer (ASTRE).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Atmosphere-Space%20Transition%20Region%20Explorer%20%28ASTRE%29/Atmosphere-Space%20Transition%20Region%20Explorer%20%28ASTRE%29.glb | 3D Models/Atmosphere-Space Transition Region Explorer (ASTRE)/Atmosphere-Space Transition Region Explorer (ASTRE).glb | 124419787b2a44d1364204d71be1044b60a842b69fe7cc244a5c7447fcb66ea6 | 583,552 | true | [] | 200,115 | 66,705 | true | {"vertices": 200115, "faces": 66705, "geometries": 34, "bbox_extents": [110.02000427246094, 78.26912689208984, 80.0084457397461], "gltf_meshes": 5, "gltf_materials": 24, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | ||
aura-a/Aura (A).glb | Aura (A) | aura-a | 3D Models | [] | [
"NASA/Ames Research Center"
] | false | https://science.nasa.gov/3d-resources/aura-a/ | 3D Models/Aura (A) | 2025-03-25T13:26:23 | 2025-06-12T17:20:47 | Aura (A).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Aura%20%28A%29/Aura%20%28A%29.glb | 3D Models/Aura (A)/Aura (A).glb | 99d46cd9af551c7511befe47d3f24b9b957da6a9dc35a0e29fc784db9f55b381 | 476,264 | true | [] | 18,405 | 6,135 | true | {"vertices": 18405, "faces": 6135, "geometries": 9, "bbox_extents": [8.983526039422259, 18.98504840459643, 50.822113618722554], "gltf_meshes": 1, "gltf_materials": 9, "gltf_textures": 9, "gltf_images": 2, "gltf_extensions_used": ["KHR_draco_mesh_compression", "EXT_texture_webp"], "draco_compressed": true} | |||
aura-b/Aura (B).glb | Aura (B) | aura-b | 3D Models | [] | [
"NASA/Brian E. Kumanchik",
"NASA/Christian A. Lopez"
] | false | https://science.nasa.gov/3d-resources/aura-b/ | 3D Models/Aura (B) | 2025-03-25T13:34:29 | 2025-06-12T17:38:38 | Aura (B).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Aura%20%28B%29/Aura%20%28B%29.glb | 3D Models/Aura (B)/Aura (B).glb | 819806ea72c7739c74545604b6a684531f0e0141af7ce08b1867a54ec392eaa2 | 1,411,492 | true | [] | 83,382 | 86,821 | true | {"vertices": 83382, "faces": 86821, "geometries": 11, "bbox_extents": [8.733127112532362, 18.699602961540222, 3.434593323687522], "gltf_meshes": 9, "gltf_materials": 6, "gltf_textures": 4, "gltf_images": 8, "gltf_extensions_used": ["KHR_draco_mesh_compression", "EXT_texture_webp"], "draco_compressed": true} | |||
aura-c/Aura (C).glb | Aura (C) | aura-c | 3D Models | [] | [
"NASA/Christopher M. Garcia"
] | false | https://science.nasa.gov/3d-resources/aura-c/ | 3D Models/Aura (C) | 2025-03-25T13:37:08 | 2025-06-12T17:40:51 | Aura (C).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Aura%20%28C%29/Aura%20%28C%29.glb | 3D Models/Aura (C)/Aura (C).glb | 94488e1a3d3e321fac07f3c28a57ce03aa0dd8373a6620b96fb1620e95b39961 | 518,348 | true | [] | 80,690 | 126,041 | true | {"vertices": 80690, "faces": 126041, "geometries": 16, "bbox_extents": [8.703074611337492, 18.699745675778104, 3.434451193537465], "gltf_meshes": 16, "gltf_materials": 16, "gltf_textures": 2, "gltf_images": 2, "gltf_extensions_used": ["KHR_draco_mesh_compression", "KHR_materials_specular", "EXT_texture_webp"], "draco_c... | |||
aura-d/Aura (D).glb | Aura (D) | aura-d | 3D Models | [] | [
"NASA/Christopher R. Meaney"
] | false | https://science.nasa.gov/3d-resources/aura-d/ | 3D Models/Aura (D) | 2025-03-25T13:39:39 | 2025-06-12T17:45:22 | Aura (D).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Aura%20%28D%29/Aura%20%28D%29.glb | 3D Models/Aura (D)/Aura (D).glb | 403b0020fc5f4eb99d10cff63671a9d05da8680b2d20549e9836c4d31b29bd42 | 982,112 | true | [] | 355,653 | 118,551 | true | {"vertices": 355653, "faces": 118551, "geometries": 123, "bbox_extents": [8.723714828491211, 18.639984130859375, 3.438181757926941], "gltf_meshes": 2, "gltf_materials": 120, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | |||
base-station/Base Station.glb | Base Station | base-station | 3D Models | [] | [
"NASA/Ames Research Center"
] | false | https://science.nasa.gov/3d-resources/base-station/ | 3D Models/Base Station | 2025-03-25T13:41:59 | 2025-06-12T17:49:00 | Base Station.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Base%20Station/Base%20Station.glb | 3D Models/Base Station/Base Station.glb | 7c89386a0f3b67fc1bacc536358a5fcac565979984899c1082e48c98a5154e8b | 21,752 | true | [] | 552 | 184 | false | {"vertices": 552, "faces": 184, "geometries": 1, "bbox_extents": [35.944129943847656, 23.5, 35.241729736328125], "gltf_meshes": 1, "gltf_materials": 2, "gltf_textures": 1, "gltf_images": 1, "gltf_extensions_used": ["KHR_materials_volume", "FB_ngon_encoding"], "draco_compressed": false} | |||
ben-franklin/Ben Franklin.glb | Ben Franklin | ben-franklin | 3D Models | At 8:56 P.M. (EDT) July 14, 1969, Grumman Aerospace Corporation’s research submarine Ben Franklin slipped beneath the surface of the Atlantic off the coast of Palm Beach, Florida. Its mission: to investigate the secrets of the Gulf Stream as it drifted northward at depths of 600-2,000 feet; to learn the effects on man ... | [] | [
"NASA/Christopher R. Meaney"
] | false | https://science.nasa.gov/3d-resources/ben-franklin/ | 3D Models/Ben Franklin | 2025-03-25T13:46:22 | 2025-06-12T17:51:47 | Ben Franklin.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Ben%20Franklin/Ben%20Franklin.glb | 3D Models/Ben Franklin/Ben Franklin.glb | 3dd1a9686d66a80c4027901fe2ac0fa08acb2b11793f2192ee37a12a3f709f66 | 13,892,144 | true | [] | 509,784 | 169,928 | false | {"vertices": 509784, "faces": 169928, "geometries": 23, "bbox_extents": [17.8452205657959, 9.25, 6.820262432098389], "gltf_meshes": 1, "gltf_materials": 23, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": [], "draco_compressed": false} | ||
bp-tauri/BP Tauri.glb | BP Tauri | bp-tauri | 3D Models | This 3D model shows a star less than 10 million years old that is surrounded by a disk of material. This class of objects is known as T Tauri stars, named after a young star in the Taurus star-forming region. The model describes the effects of multiple flares, or outbursts that are detected in X-rays […] | [] | [
"NASA/Salvatore Orlando"
] | false | https://science.nasa.gov/3d-resources/bp-tauri/ | 3D Models/BP Tauri | 2025-05-07T12:52:33 | 2025-06-12T17:54:48 | BP Tauri.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/BP%20Tauri/BP%20Tauri.glb | 3D Models/BP Tauri/BP Tauri.glb | 368ec13556fad8f13584724bb4345b73b04fff7349aa597aaeca1b05e51902df | 4,620,884 | true | [] | 975,052 | 329,278 | true | {"vertices": 975052, "faces": 329278, "geometries": 1, "bbox_extents": [9.459851264953613, 7.735815294850415, 9.896599801976805], "gltf_meshes": 1, "gltf_materials": 1, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | ||
cassini-assembly/Cassini Assembly.glb | Cassini Assembly | cassini-assembly | 3D Models | Includes orbiter from CAD models. No thermal blanketing is shown (this would cover most of the central structure of the spacecraft). After two decades in space, NASA’s Cassini spacecraft is nearing the end of its remarkable journey of exploration. Having expended almost every bit of the rocket propellant it carried to ... | [] | [
"NASA/JPL/Solar System Simulator"
] | false | https://science.nasa.gov/3d-resources/cassini-assembly/ | 3D Models/Cassini Assembly | 2025-03-25T13:51:01 | 2025-06-12T17:58:16 | Cassini Assembly.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Cassini%20Assembly/Cassini%20Assembly.glb | 3D Models/Cassini Assembly/Cassini Assembly.glb | 517e5811877259b8ff756a6dff0ed0d21b3ac0f7ca892061f26a755cdb266cf7 | 2,388,308 | true | [] | 396,560 | 453,987 | true | {"vertices": 396560, "faces": 453987, "geometries": 32, "bbox_extents": [705.47802734375, 515.6449890136719, 457.9600296020508], "gltf_meshes": 13, "gltf_materials": 8, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression", "KHR_materials_specular"], "draco_compressed": true} | ||
cassini-huygens-a/Cassini-Huygens (A) (without Cassini).glb | Cassini-Huygens (A) | cassini-huygens-a | 3D Models | [] | [
"NASA/Brian E. Kumanchik"
] | false | https://science.nasa.gov/3d-resources/cassini-huygens-a/ | 3D Models/Cassini-Huygens (A) | 2025-03-25T13:56:52 | 2025-06-12T18:01:00 | Cassini-Huygens (A) (without Cassini).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Cassini-Huygens%20%28A%29/Cassini-Huygens%20%28A%29%20%28without%20Cassini%29.glb | 3D Models/Cassini-Huygens (A)/Cassini-Huygens (A) (without Cassini).glb | d2cb317244d4a64eca408bcaf1c908f77c3c25124df2b4d083ec23f5eee14aca | 1,014,092 | true | [] | 376 | 684 | true | {"vertices": 376, "faces": 684, "geometries": 3, "bbox_extents": [1.0000004768371582, 2.615347385406494, 2.615347385406494], "gltf_meshes": 3, "gltf_materials": 2, "gltf_textures": 1, "gltf_images": 2, "gltf_extensions_used": ["KHR_draco_mesh_compression", "EXT_texture_webp"], "draco_compressed": true} | |||
cassini-huygens-a/Cassini-Huygens (A) (without Hyugens).glb | Cassini-Huygens (A) | cassini-huygens-a | 3D Models | [] | [
"NASA/Brian E. Kumanchik"
] | false | https://science.nasa.gov/3d-resources/cassini-huygens-a/ | 3D Models/Cassini-Huygens (A) | 2025-03-25T13:56:52 | 2025-06-12T18:01:00 | Cassini-Huygens (A) (without Hyugens).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Cassini-Huygens%20%28A%29/Cassini-Huygens%20%28A%29%20%28without%20Hyugens%29.glb | 3D Models/Cassini-Huygens (A)/Cassini-Huygens (A) (without Hyugens).glb | 87424f2c11b8e0c6a212292221e317396735f5e0876b7bb1204351998dd22f2c | 1,653,316 | true | [] | 26,295 | 25,064 | true | {"vertices": 26295, "faces": 25064, "geometries": 9, "bbox_extents": [17.982961654663086, 11.662635803222656, 13.106490428399411], "gltf_meshes": 9, "gltf_materials": 8, "gltf_textures": 2, "gltf_images": 4, "gltf_extensions_used": ["KHR_draco_mesh_compression", "EXT_texture_webp"], "draco_compressed": true} | |||
cassini-huygens-a/Cassini-Huygens (A).glb | Cassini-Huygens (A) | cassini-huygens-a | 3D Models | [] | [
"NASA/Brian E. Kumanchik"
] | false | https://science.nasa.gov/3d-resources/cassini-huygens-a/ | 3D Models/Cassini-Huygens (A) | 2025-03-25T13:56:52 | 2025-06-12T18:01:00 | Cassini-Huygens (A).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Cassini-Huygens%20%28A%29/Cassini-Huygens%20%28A%29.glb | 3D Models/Cassini-Huygens (A)/Cassini-Huygens (A).glb | f8bc110e23821021e99b88634843449cc8e98d86d0d8561c612c1cf0404e64e7 | 1,660,492 | true | [] | 26,647 | 25,736 | true | {"vertices": 26647, "faces": 25736, "geometries": 11, "bbox_extents": [17.982961654663086, 11.662635803222656, 13.106490428399411], "gltf_meshes": 11, "gltf_materials": 8, "gltf_textures": 4, "gltf_images": 6, "gltf_extensions_used": ["KHR_draco_mesh_compression", "EXT_texture_webp"], "draco_compressed": true} | |||
cassini-huygens-b/Cassini-Huygens (B).glb | Cassini-Huygens (B) | cassini-huygens-b | 3D Models | Cassini spacecraft from SPACE rendering package, built by Michael Oberle under NASA contract at JPL. Includes the orbiter only. The Huygens probe is detached. No thermal blanketing is shown (this would cover most of the central structure of the spacecraft). After two decades in space, NASA’s Cassini spacecraft is neari... | [] | [
"NASA/JPL/Solar System Simulator"
] | false | https://science.nasa.gov/3d-resources/cassini-huygens-b/ | 3D Models/Cassini-Huygens (B) | 2025-03-25T14:06:41 | 2025-06-12T18:19:54 | Cassini-Huygens (B).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Cassini-Huygens%20%28B%29/Cassini-Huygens%20%28B%29.glb | 3D Models/Cassini-Huygens (B)/Cassini-Huygens (B).glb | 4d344d9cacc2558f88744dcc2493cb47590905baf539e12d98cb05db652788f7 | 413,640 | true | [] | 20,449 | 9,199 | true | {"vertices": 20449, "faces": 9199, "geometries": 306, "bbox_extents": [67.52139472961426, 51.732004165649414, 59.7283992767334], "gltf_meshes": 306, "gltf_materials": 306, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression", "KHR_materials_specular"], "draco_compressed": true} | ||
cassiopeia-a-supernova/Cassiopeia A Supernova.glb | Cassiopeia A Supernova | cassiopeia-a-supernova | 3D Models | Cassiopeia A (Cas A) is the debris field left behind after a massive star exploded. This explosion would have appeared in Earth’s sky over 300 years ago. Scientists have combined data from Chandra, NASA’s Spitzer Space Telescope, and ground-based facilities to construct a unique 3D model of the 300-year old remains of ... | [] | [
"NASA/T. Delaney"
] | false | https://science.nasa.gov/3d-resources/cassiopeia-a-supernova/ | 3D Models/Cassiopeia A Supernova | 2025-03-25T14:09:26 | 2025-06-12T18:23:02 | Cassiopeia A Supernova.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Cassiopeia%20A%20Supernova/Cassiopeia%20A%20Supernova.glb | 3D Models/Cassiopeia A Supernova/Cassiopeia A Supernova.glb | 37895a531ee0feaf346f7e4de69dae04757a80c0456dd6c0af214e4c108cc227 | 10,475,620 | true | [] | 1,677,130 | 574,678 | true | {"vertices": 1677130, "faces": 574678, "geometries": 1, "bbox_extents": [18.906543731689453, 11.39493465423584, 11.371853828430176], "gltf_meshes": 1, "gltf_materials": 1, "gltf_textures": 1, "gltf_images": 2, "gltf_extensions_used": ["KHR_draco_mesh_compression", "KHR_materials_transmission", "KHR_materials_ior", "EXT... | ||
cassiopeia-a-supernova-b-2023/Cassiopeia A Supernova (B) (2023).glb | Cassiopeia A Supernova (B) (2023) | cassiopeia-a-supernova-b-2023 | 3D Models | Using NASA’s James Webb Space Telescope, astronomers uncovered a mysterious feature within the remnant, nicknamed the “Green Monster,” alongside a puzzling network of ejecta filaments forming a web of oxygen-rich material. When combined with X-rays from Chandra, the data helped astronomers shed light on the origin of t... | [] | [
"NASA/Salvatore Orlando"
] | false | https://science.nasa.gov/3d-resources/cassiopeia-a-supernova-b-2023/ | 3D Models/Cassiopeia A Supernova (B) (2023) | 2025-05-06T14:01:36 | 2025-06-12T18:38:18 | Cassiopeia A Supernova (B) (2023).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Cassiopeia%20A%20Supernova%20%28B%29%20%282023%29/Cassiopeia%20A%20Supernova%20%28B%29%20%282023%29.glb | 3D Models/Cassiopeia A Supernova (B) (2023)/Cassiopeia A Supernova (B) (2023).glb | edfd543ff94b36980fee59477eb9cb012a31213f140171e0d4292036d2fcf4c3 | 15,932,656 | true | [] | 3,871,014 | 1,355,230 | true | {"vertices": 3871014, "faces": 1355230, "geometries": 1, "bbox_extents": [15.963624954223633, 11.781492703093189, 11.23680222433855], "gltf_meshes": 1, "gltf_materials": 1, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | ||
cassiopeia-a-supernova-c-2025/Cassiopeia A Supernova (C) (2025).glb | Cassiopeia A Supernova (C) (2025) | cassiopeia-a-supernova-c-2025 | 3D Models | Cassiopeia A from data obtained by the Chandra X-Ray Observatory while looking at iron. Data Credits: Orlando, S. et al., 2021,A&A, 645, A66; DOI:10.1051/0004-6361/20203933 | [] | [
"NASA/Salvatore Orlando"
] | false | https://science.nasa.gov/3d-resources/cassiopeia-a-supernova-c-2025/ | 3D Models/Cassiopeia A Supernova (C) (2025) | 2025-05-06T14:11:05 | 2025-06-12T18:43:39 | Cassiopeia A Supernova (C) (2025).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Cassiopeia%20A%20Supernova%20%28C%29%20%282025%29/Cassiopeia%20A%20Supernova%20%28C%29%20%282025%29.glb | 3D Models/Cassiopeia A Supernova (C) (2025)/Cassiopeia A Supernova (C) (2025).glb | a3a4230c1adbdbb68d051b42bf0027a0688c022a6492c35a64c86f11028e827c | 8,502,472 | true | [] | 1,589,104 | 529,724 | true | {"vertices": 1589104, "faces": 529724, "geometries": 1, "bbox_extents": [16.108509063720703, 10.636747517454058, 12.793991013631565], "gltf_meshes": 1, "gltf_materials": 1, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | ||
chandra-x-ray-observatory/Chandra X-ray Observatory.glb | Chandra X-ray Observatory | chandra-x-ray-observatory | 3D Models | Launched on July 23, 1999, it is the largest and most sophisticated X-ray observatory to date. NASA’s Chandra X-ray Observatory is a telescope specially designed to detect X-ray emission from very hot regions of the Universe such as exploded stars, clusters of galaxies, and matter around black holes. | [] | [
"NASA/Brian E. Kumanchik"
] | false | https://science.nasa.gov/3d-resources/chandra-x-ray-observatory/ | 3D Models/Chandra X-ray Observatory | 2025-03-25T14:14:15 | 2025-06-12T18:46:43 | Chandra X-ray Observatory.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Chandra%20X-ray%20Observatory/Chandra%20X-ray%20Observatory.glb | 3D Models/Chandra X-ray Observatory/Chandra X-ray Observatory.glb | 9383f44fc4c6eba73c40b0c2cfe33c08c90f1fb5230274bfdaa98e0c9f116a34 | 998,500 | true | [] | 29,716 | 30,132 | true | {"vertices": 29716, "faces": 30132, "geometries": 6, "bbox_extents": [13.7798013542087, 5.137663992266539, 19.506996675875257], "gltf_meshes": 6, "gltf_materials": 5, "gltf_textures": 4, "gltf_images": 6, "gltf_extensions_used": ["KHR_draco_mesh_compression", "EXT_texture_webp"], "draco_compressed": true} | ||
clementine/Clementine.glb | Clementine | clementine | 3D Models | Clementine was a joint project between the Strategic Defense Initiative Organization and NASA. The objective of the mission was to test sensors and spacecraft components under extended exposure to the space environment and to make scientific observations of the Moon and the near-Earth asteroid 1620 Geographos. Clementi... | [] | [
"NASA/Brian E. Kumanchik"
] | false | https://science.nasa.gov/3d-resources/clementine/ | 3D Models/Clementine | 2025-03-25T14:17:26 | 2025-06-12T18:49:37 | Clementine.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Clementine/Clementine.glb | 3D Models/Clementine/Clementine.glb | b9d7ed6d3da4c19cce5efcfe72ebf16dc51bcf2375312c76083977f1663cd300 | 3,025,380 | true | [] | 8,689 | 9,212 | true | {"vertices": 8689, "faces": 9212, "geometries": 7, "bbox_extents": [4.131728172302246, 2.179612196981907, 1.6014200448989868], "gltf_meshes": 7, "gltf_materials": 7, "gltf_textures": 6, "gltf_images": 12, "gltf_extensions_used": ["KHR_draco_mesh_compression", "EXT_texture_webp"], "draco_compressed": true} | ||
cloud-aerosol-lidar-and-infrared-pathfinder-satellite-calipso/Cloud-Aerosol Lidar and Infrared Pathfinder Satellite (CALIPSO).glb | Cloud-Aerosol Lidar and Infrared Pathfinder Satellite (CALIPSO) | cloud-aerosol-lidar-and-infrared-pathfinder-satellite-calipso | 3D Models | The Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observation (CALIPSO) satellite provides new insight into the role that clouds and atmospheric aerosols (airborne particles) play in regulating Earth’s weather, climate, and air quality. | [] | [
"NASA/Christopher M. Garcia"
] | false | https://science.nasa.gov/3d-resources/cloud-aerosol-lidar-and-infrared-pathfinder-satellite-calipso/ | 3D Models/Cloud-Aerosol Lidar and Infrared Pathfinder Satellite (CALIPSO) | 2025-03-25T15:41:15 | 2025-06-12T18:52:57 | Cloud-Aerosol Lidar and Infrared Pathfinder Satellite (CALIPSO).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Cloud-Aerosol%20Lidar%20and%20Infrared%20Pathfinder%20Satellite%20%28CALIPSO%29/Cloud-Aerosol%20Lidar%20and%20Infrared%20Pathfinder%20Satellite%20%28CALIPSO%29.glb | 3D Models/Cloud-Aerosol Lidar and Infrared Pathfinder Satellite (CALIPSO)/Cloud-Aerosol Lidar and Infrared Pathfinder Satellite (CALIPSO).glb | 4abd7708d0f2629baf3e58e9d5df634c34692365791e58a7795742854e53de1d | 536,084 | true | [] | 160,717 | 101,051 | true | {"vertices": 160717, "faces": 101051, "geometries": 23, "bbox_extents": [227.5864808322185, 57.85879992845662, 45.62675848268509], "gltf_meshes": 23, "gltf_materials": 23, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | ||
cloudsat-a/CloudSat (A).glb | CloudSat (A) | cloudsat-a | 3D Models | NASA launched the CloudSat and the Cloud-Aerosol Lidar and Infrared Pathfinder Satellite Observation (CALIPSO) spacecraft to study the role that clouds and aerosols play in regulating Earth’s weather, climate and air quality. Launch occurred on April 28, 2006, from Vandenberg Air Force Base, California, aboard a Boeing... | [] | [
"NASA/Matthew J. Garcia"
] | false | https://science.nasa.gov/3d-resources/cloudsat-a/ | 3D Models/CloudSat (A) | 2025-03-25T16:02:50 | 2025-06-12T18:55:19 | CloudSat (A).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/CloudSat%20%28A%29/CloudSat%20%28A%29.glb | 3D Models/CloudSat (A)/CloudSat (A).glb | 293aab60f12decc020fe7e19ddd0837b0643067425a4ad09f01ffd8a380e7423 | 267,656 | true | [] | 64,967 | 73,915 | true | {"vertices": 64967, "faces": 73915, "geometries": 22, "bbox_extents": [62.323255285583556, 76.60030102222481, 172.14031181960743], "gltf_meshes": 20, "gltf_materials": 19, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression", "KHR_materials_specular"], "draco_compressed": true} | ||
cloudsat-b/CloudSat (B).glb | CloudSat (B) | cloudsat-b | 3D Models | Launched in April 2006, CloudSat monitors the state of the Earth’s atmosphere and weather with a sophisticated radar system. The instrument, jointly developed with the Canadian Space Agency, can predict which clouds produce rain, observe snowfall, and monitor the moisture content of clouds. | [] | [
"NASA/Christopher R. Meaney"
] | false | https://science.nasa.gov/3d-resources/cloudsat-b/ | 3D Models/CloudSat (B) | 2025-03-25T16:05:33 | 2025-06-12T18:58:29 | CloudSat (B).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/CloudSat%20%28B%29/CloudSat%20%28B%29.glb | 3D Models/CloudSat (B)/CloudSat (B).glb | 1f56eab5981ee99898fcad0239c9cfafb8f3d16ce1905214b46d419f6bb57b09 | 623,792 | true | [] | 179,772 | 59,924 | true | {"vertices": 179772, "faces": 59924, "geometries": 93, "bbox_extents": [11.49815352658311, 14.347262440323448, 32.241937752281956], "gltf_meshes": 1, "gltf_materials": 93, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | ||
cloudsat-c/CloudSat (C).glb | CloudSat (C) | cloudsat-c | 3D Models | Launched in April 2006, CloudSat monitors the state of the Earth’s atmosphere and weather with a sophisticated radar system. The instrument, jointly developed with the Canadian Space Agency, can predict which clouds produce rain, observe snowfall, and monitor the moisture content of clouds. | [] | [
"NASA/Kevin K. Lane"
] | false | https://science.nasa.gov/3d-resources/cloudsat-c/ | 3D Models/CloudSat (C) | 2025-03-25T16:07:57 | 2025-06-13T18:25:26 | CloudSat (C).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/CloudSat%20%28C%29/CloudSat%20%28C%29.glb | 3D Models/CloudSat (C)/CloudSat (C).glb | 335d1e3c51f25c556c89e270f540c1fc714ecb063bed39b95f5df46104020a21 | 705,152 | true | [] | 16,152 | 11,204 | true | {"vertices": 16152, "faces": 11204, "geometries": 7, "bbox_extents": [2.4067556085625625, 3.2041186658820777, 5.52498391780756], "gltf_meshes": 7, "gltf_materials": 7, "gltf_textures": 7, "gltf_images": 6, "gltf_extensions_used": ["KHR_draco_mesh_compression", "EXT_texture_webp"], "draco_compressed": true} | ||
cluster/Cluster.glb | Cluster | cluster | 3D Models | Cluster is currently investigating the Earth’s magnetic environment and its interaction with the solar wind in three dimensions. Science output from Cluster greatly advances our knowledge of space plasma physics, space weather and the Sun-Earth connection and has been key in improving the modeling of the magnetosphere ... | [] | [
"NASA/Christopher R. Meaney"
] | false | https://science.nasa.gov/3d-resources/cluster/ | 3D Models/Cluster | 2025-03-25T16:12:16 | 2025-06-13T18:30:47 | Cluster.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Cluster/Cluster.glb | 3D Models/Cluster/Cluster.glb | 4c005d41570934d172a87b178a81a0d1705182a36ee0ab3784bdaa572114a3ea | 148,336 | true | [] | 37,140 | 12,380 | true | {"vertices": 37140, "faces": 12380, "geometries": 20, "bbox_extents": [7.860191345214844, 14.544904708862305, 30.97000026702881], "gltf_meshes": 1, "gltf_materials": 20, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | ||
cluster-ii/Cluster II.glb | Cluster II | cluster-ii | 3D Models | Cluster is currently investigating the Earth’s magnetic environment and its interaction with the solar wind in three dimensions. Science output from Cluster greatly advances our knowledge of space plasma physics, space weather and the Sun-Earth connection and has been key in improving the modeling of the magnetosphere ... | [] | [
"NASA/Brian E. Kumanchik"
] | false | https://science.nasa.gov/3d-resources/cluster-ii/ | 3D Models/Cluster II | 2025-03-25T16:14:21 | 2025-06-13T18:35:35 | Cluster II.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Cluster%20II/Cluster%20II.glb | 3D Models/Cluster II/Cluster II.glb | 8ae96a980eba8857be28784c30cec61e20becf56ab2f3bfa6c2540607c610893 | 838,556 | true | [] | 7,868 | 9,042 | true | {"vertices": 7868, "faces": 9042, "geometries": 5, "bbox_extents": [87.99998474121094, 4.330535411834717, 87.99998474121094], "gltf_meshes": 5, "gltf_materials": 4, "gltf_textures": 4, "gltf_images": 6, "gltf_extensions_used": ["KHR_draco_mesh_compression", "EXT_texture_webp"], "draco_compressed": true} | ||
communication-and-navigation-outage-forecast-system-cnofs/Communication and Navigation Outage Forecast System (CNOFS).glb | Communication and Navigation Outage Forecast System (CNOFS) | communication-and-navigation-outage-forecast-system-cnofs | 3D Models | C/NOFS is a joint effort between the DOD Space Test Program and AFRL (Air Force Research Laboratory). C/NOFS detects and forecasts regions of atmospheric scintillation three to six hours before its onset; and improves estimates of scintillation probability. | [] | [
"NASA/Christopher R. Meaney"
] | false | https://science.nasa.gov/3d-resources/communication-and-navigation-outage-forecast-system-cnofs/ | 3D Models/Communication and Navigation Outage Forecast System (CNOFS) | 2025-03-26T12:15:53 | 2025-06-13T18:39:17 | Communication and Navigation Outage Forecast System (CNOFS).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Communication%20and%20Navigation%20Outage%20Forecast%20System%20%28CNOFS%29/Communication%20and%20Navigation%20Outage%20Forecast%20System%20%28CNOFS%29.glb | 3D Models/Communication and Navigation Outage Forecast System (CNOFS)/Communication and Navigation Outage Forecast System (CNOFS).glb | 2d4f6c296b59daa80b668c8d51481771648964bfa41c88fbf232c44f19618fbb | 1,484,180 | true | [] | 908,889 | 302,963 | true | {"vertices": 908889, "faces": 302963, "geometries": 25, "bbox_extents": [95.78517150878906, 147.6999969482422, 96.84327697753906], "gltf_meshes": 25, "gltf_materials": 25, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression", "KHR_materials_transmission", "KHR_materials_specular"]... | ||
constellation-x/Constellation-X.glb | Constellation-X | constellation-x | 3D Models | Constellation-X is NASA’s next major X-ray astronomy mission. Along with LISA, it is a flagship mission of NASA’s Beyond Einstein program. Constellation-X is to provide a substantial improvement in sensitivity for X-ray spectroscopy, that will lead to revolutionary advances in our understanding of the physics in region... | [] | [
"NASA/Christopher R. Meaney"
] | false | https://science.nasa.gov/3d-resources/constellation-x/ | 3D Models/Constellation-X | 2025-03-26T12:19:47 | 2025-06-13T18:44:55 | Constellation-X.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Constellation-X/Constellation-X.glb | 3D Models/Constellation-X/Constellation-X.glb | 98b5b9099566ad1233d9dab68c617fd56931f6aedc3f5c34c8b619c0dd371a4f | 249,696 | true | [] | 70,527 | 23,509 | true | {"vertices": 70527, "faces": 23509, "geometries": 53, "bbox_extents": [500.21815799284377, 81.78497595331677, 163.3311622303635], "gltf_meshes": 53, "gltf_materials": 53, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression", "KHR_materials_transmission", "KHR_materials_specular"],... | ||
cosmic-origins-spectrograph/Cosmic Origins Spectrograph.glb | Cosmic Origins Spectrograph | cosmic-origins-spectrograph | 3D Models | [] | [
"DigitalSpace Corporation"
] | true | https://science.nasa.gov/3d-resources/cosmic-origins-spectrograph/ | 3D Models/Cosmic Origins Spectrograph | 2025-03-26T12:23:33 | 2025-06-13T18:47:38 | Cosmic Origins Spectrograph.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Cosmic%20Origins%20Spectrograph/Cosmic%20Origins%20Spectrograph.glb | 3D Models/Cosmic Origins Spectrograph/Cosmic Origins Spectrograph.glb | 2836937003d309e2d687584f1383ded82cfab6277339eaa95714aa2200f34006 | 440,592 | true | [] | 792 | 264 | true | {"vertices": 792, "faces": 264, "geometries": 1, "bbox_extents": [67.66123826321564, 67.87451857673521, 158.810045823562], "gltf_meshes": 1, "gltf_materials": 1, "gltf_textures": 1, "gltf_images": 1, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | |||
crab-nebula/Crab Nebula.glb | Crab Nebula | crab-nebula | 3D Models | The Crab Nebula shows the remains of an exploded star located about 6,500 light years from Earth. The powerhouse “engine” energizing the Crab system is a pulsar, a rapidly spinning neutron star, shooting out pulses of radiation 30 times a second. X-ray information from NASA’s Chandra X-ray Observatory was used to creat... | [] | [
"NASA/Francis J. Summers",
"NASA/Robert L. Hurt"
] | false | https://science.nasa.gov/3d-resources/crab-nebula/ | null | 2025-04-22T13:38:40 | 2025-06-13T18:54:47 | Crab Nebula.glb | science.nasa.gov | https://assets.science.nasa.gov/content/dam/science/cds/3d/resources/printable/crab-nebula/Crab%20Nebula.glb | null | d9ea6d7f218917414b2c9a54020bd867bcdbfa8d5f95f890290e26a126f15e07 | 2,209,524 | true | [] | 421,971 | 233,366 | true | {"vertices": 421971, "faces": 233366, "geometries": 1, "bbox_extents": [170.6139373779297, 190.2380828857422, 177.88299560546875], "gltf_meshes": 1, "gltf_materials": 1, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression", "KHR_materials_transmission", "KHR_materials_specular", "... | ||
crawler/Crawler.glb | Crawler | crawler | 3D Models | Originally designed to carry the towering Saturn V moon rocket from the Vehicle Assembly Building to the seaside launch site, the enormous transporters now carry the space shuttles to the launch pads for liftoff. | [] | [
"NASA/Michael D. Carbajal"
] | false | https://science.nasa.gov/3d-resources/crawler/ | 3D Models/Crawler | 2025-03-26T12:26:17 | 2025-06-16T15:23:23 | Crawler.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Crawler/Crawler.glb | 3D Models/Crawler/Crawler.glb | 655f9adff798c18d8f6bdd467f30e055094e1fc817b2abea52310b2dc6df4ff2 | 1,629,892 | true | [] | 442,638 | 279,800 | true | {"vertices": 442638, "faces": 279800, "geometries": 6, "bbox_extents": [8.772437903874334, 1.6983959383880014, 7.194953292638759], "gltf_meshes": 1, "gltf_materials": 6, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | ||
crew-lock-bag/Crew Lock Bag.glb | Crew Lock Bag | crew-lock-bag | 3D Models | [] | [
"DigitalSpace Corporation"
] | true | https://science.nasa.gov/3d-resources/crew-lock-bag/ | 3D Models/Crew Lock Bag | 2025-03-26T12:28:34 | 2025-06-16T15:26:32 | Crew Lock Bag.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Crew%20Lock%20Bag/Crew%20Lock%20Bag.glb | 3D Models/Crew Lock Bag/Crew Lock Bag.glb | abd3be0b79fef602ce9ec603f19980d313dfc46a5974d347a4a5ec201a7baf24 | 609,256 | true | [] | 1,542 | 514 | false | {"vertices": 1542, "faces": 514, "geometries": 1, "bbox_extents": [14.050000190734863, 15.463400831139744, 5.411203442732187], "gltf_meshes": 1, "gltf_materials": 1, "gltf_textures": 1, "gltf_images": 2, "gltf_extensions_used": ["EXT_texture_webp"], "draco_compressed": false} | |||
cubesat-1-ru-generic/CubeSat - 1 RU Generic.glb | CubeSat – 1 RU Generic | cubesat-1-ru-generic | 3D Models | A cubesat is a special category of nanosatellite. One cubesat unit (1U) has dimensions of 10 by 10 by 11 centimeters. Cubesats have been built in 1U, 1.5U, 2U, 3U and 6U sizes. Beginning in early October and running through February 2016, launches are scheduled for six small spacecraft missions for which development an... | [] | [
"NASA/Christopher R. Meaney"
] | false | https://science.nasa.gov/3d-resources/cubesat-1-ru-generic/ | 3D Models/CubeSat - 1 RU Generic | 2025-03-26T12:33:31 | 2025-06-16T15:29:48 | CubeSat - 1 RU Generic.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/CubeSat%20-%201%20RU%20Generic/CubeSat%20-%201%20RU%20Generic.glb | 3D Models/CubeSat - 1 RU Generic/CubeSat - 1 RU Generic.glb | bae308ea2e33778c93675909f7dc2e0d5d6916cd685668a463566c61224b1e85 | 149,424 | true | [] | 70,710 | 23,570 | true | {"vertices": 70710, "faces": 23570, "geometries": 18, "bbox_extents": [5.192775726318359, 2.601540446281433, 2.1971001625061035], "gltf_meshes": 1, "gltf_materials": 18, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | ||
cubesat-2-ru-generic/CubeSat - 2 RU Generic.glb | CubeSat – 2 RU Generic | cubesat-2-ru-generic | 3D Models | A cubesat is a special category of nanosatellite. One cubesat unit (1U) has dimensions of 10 by 10 by 11 centimeters. Cubesats have been built in 1U, 1.5U, 2U, 3U and 6U sizes. Beginning in early October and running through February 2016, launches are scheduled for six small spacecraft missions for which development an... | [] | [
"NASA/Christopher R. Meaney"
] | false | https://science.nasa.gov/3d-resources/cubesat-2-ru-generic/ | 3D Models/CubeSat - 2 RU Generic | 2025-03-26T12:36:25 | 2025-06-16T15:39:15 | CubeSat - 2 RU Generic.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/CubeSat%20-%202%20RU%20Generic/CubeSat%20-%202%20RU%20Generic.glb | 3D Models/CubeSat - 2 RU Generic/CubeSat - 2 RU Generic.glb | 30633496ef3aea790ec00782772757c78744ccaf08c9322eca380a6c4ad57ec9 | 206,108 | true | [] | 110,688 | 36,896 | true | {"vertices": 110688, "faces": 36896, "geometries": 18, "bbox_extents": [5.385815620422363, 5.001540422439575, 2.213937282562256], "gltf_meshes": 1, "gltf_materials": 18, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | ||
cubesat-icecube/CubeSat - ICECube.glb | CubeSat – ICECube | cubesat-icecube | 3D Models | The tiny payload, known as IceCube or Earth-1, will demonstrate and validate a new 874-gigahertz submillimeter-wave receiver that could help advance scientists’ understanding of ice clouds and their role in climate change. IceCube will fly on a three-unit or 3U CubeSat, which is comprised of individual units each about... | [] | [
"NASA/Christopher R. Meaney"
] | false | https://science.nasa.gov/3d-resources/cubesat-icecube/ | 3D Models/CubeSat - ICECube | 2025-03-26T12:39:30 | 2025-06-16T15:41:54 | CubeSat - ICECube.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/CubeSat%20-%20ICECube/CubeSat%20-%20ICECube.glb | 3D Models/CubeSat - ICECube/CubeSat - ICECube.glb | 7ad1a4be4beb2c1b62b6fc48a9538db6c914d871099681745e188deb1925f31a | 309,684 | true | [] | 174,354 | 58,118 | true | {"vertices": 174354, "faces": 58118, "geometries": 44, "bbox_extents": [2.3398706912994385, 8.289999961853027, 2.1202313899993896], "gltf_meshes": 6, "gltf_materials": 21, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | ||
cubesat-mirata/CubeSat - MiRaTa.glb | CubeSat – MiRaTa | cubesat-mirata | 3D Models | MiRaTA, the Microwave Radiometer Technology Acceleration mission, is scheduled to launch into space with the National Oceanic and Atmospheric Administration’s Joint Polar Satellite System-1. MiRaTA packs many of the capabilities of a large weather satellite into a spacecraft the size of a shoebox according to Principal... | [] | [
"NASA/Christopher R. Meaney"
] | false | https://science.nasa.gov/3d-resources/cubesat-mirata/ | 3D Models/CubeSat - MiRaTa | 2025-03-26T12:43:14 | 2025-06-16T15:44:37 | CubeSat - MiRaTa.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/CubeSat%20-%20MiRaTa/CubeSat%20-%20MiRaTa.glb | 3D Models/CubeSat - MiRaTa/CubeSat - MiRaTa.glb | a384c73031c6fe2130e5ad0367487f81bf64c5cf56cbe20b1694c373af3baa12 | 444,564 | true | [] | 257,934 | 85,978 | true | {"vertices": 257934, "faces": 85978, "geometries": 65, "bbox_extents": [2.462927222251892, 8.40000033378601, 2.089836597442627], "gltf_meshes": 6, "gltf_materials": 19, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | ||
cyclone-global-navigation-satellite-system-cygnss/Cyclone Global Navigation Satellite System (CYGNSS).glb | Cyclone Global Navigation Satellite System (CYGNSS) | cyclone-global-navigation-satellite-system-cygnss | 3D Models | Hurricane track forecast accuracy has improved since 1990, but there has been little improvement in intensity forecast accuracy. A new NASA mission using eight micro-satellites will make accurate measurements of ocean surface winds in and near the eye of the storm throughout the lifecycle of tropical cyclones, typhoons... | [] | [
"NASA/Matthew J. Garcia"
] | false | https://science.nasa.gov/3d-resources/cyclone-global-navigation-satellite-system-cygnss/ | 3D Models/Cyclone Global Navigation Satellite System (CYGNSS) | 2025-03-26T12:59:31 | 2025-03-26T12:59:32 | Cyclone Global Navigation Satellite System (CYGNSS).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Cyclone%20Global%20Navigation%20Satellite%20System%20%28CYGNSS%29/Cyclone%20Global%20Navigation%20Satellite%20System%20%28CYGNSS%29.glb | 3D Models/Cyclone Global Navigation Satellite System (CYGNSS)/Cyclone Global Navigation Satellite System (CYGNSS).glb | 830321f2d30099b4355f835d7ae5a2ab1f9f91c292dd01dfc008b8d4bf64c962 | 1,622,924 | true | [] | 8,118 | 7,338 | true | {"vertices": 8118, "faces": 7338, "geometries": 28, "bbox_extents": [1.5904858708381653, 0.5120604634284973, 0.2441735789179802], "gltf_meshes": 18, "gltf_materials": 6, "gltf_textures": 1, "gltf_images": 2, "gltf_extensions_used": ["KHR_draco_mesh_compression", "EXT_texture_webp"], "draco_compressed": true} | ||
cygnus-loop-supernova/Cygnus Loop Supernova.glb | Cygnus Loop Supernova | cygnus-loop-supernova | 3D Models | The Cygnus Loop (also known as the Veil Nebula) is a supernova remnant, the remains of the explosive death of a massive star. This 3D model is the result of a simulation describing the interaction of a blast wave from the explosion with an isolated cloud of the interstellar medium (that is, dust and gas […] | [] | [
"NASA/Salvatore Orlando"
] | false | https://science.nasa.gov/3d-resources/cygnus-loop-supernova/ | 3D Models/Cygnus Loop Supernova | 2025-05-07T13:11:25 | 2025-06-16T16:08:09 | Cygnus Loop Supernova.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Cygnus%20Loop%20Supernova/Cygnus%20Loop%20Supernova.glb | 3D Models/Cygnus Loop Supernova/Cygnus Loop Supernova.glb | 9a8ad57446daa970ed8b2b269f2953662dff46910e9b85d7273014d7d16a2a5b | 2,888,172 | true | [] | 820,639 | 285,088 | true | {"vertices": 820639, "faces": 285088, "geometries": 1, "bbox_extents": [25.8420467376709, 13.989691534569229, 25.577049255369637], "gltf_meshes": 1, "gltf_materials": 1, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | ||
dawn/Dawn.glb | Dawn | dawn | 3D Models | [] | [
"NASA/Brian E. Kumanchik"
] | false | https://science.nasa.gov/3d-resources/dawn/ | 3D Models/Dawn | 2025-03-26T13:02:44 | 2025-06-16T16:29:39 | Dawn.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Dawn/Dawn.glb | 3D Models/Dawn/Dawn.glb | 411249aed791994b6a2014894ad6bd7ca0445dbcf6d5342af9edc5df988f04b7 | 927,020 | true | [] | 20,776 | 32,096 | true | {"vertices": 20776, "faces": 32096, "geometries": 10, "bbox_extents": [19.698478484516954, 2.200119976382382, 2.2152643189002106], "gltf_meshes": 8, "gltf_materials": 6, "gltf_textures": 5, "gltf_images": 6, "gltf_extensions_used": ["KHR_draco_mesh_compression", "EXT_texture_webp"], "draco_compressed": true} | |||
deep-impact/Deep Impact.glb | Deep Impact (EPOXI) | deep-impact | 3D Models | [] | [
"NASA/Brian E. Kumanchik",
"NASA/Christian A. Lopez"
] | false | https://science.nasa.gov/3d-resources/deep-impact/ | 3D Models/Deep Impact (EPOXI) | 2025-03-26T13:14:35 | 2025-07-02T12:05:16 | Deep Impact.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Deep%20Impact%20%28EPOXI%29/Deep%20Impact.glb | 3D Models/Deep Impact (EPOXI)/Deep Impact.glb | 01a51ff2230be474772c3301ad58f0b95694cf60b0d43f4205f8825bdb654cf8 | 1,537,224 | true | [] | 5,307 | 7,059 | true | {"vertices": 5307, "faces": 7059, "geometries": 4, "bbox_extents": [1.249132513999939, 1.2494375705718994, 0.8549413233995438], "gltf_meshes": 4, "gltf_materials": 4, "gltf_textures": 2, "gltf_images": 4, "gltf_extensions_used": ["KHR_draco_mesh_compression", "EXT_texture_webp"], "draco_compressed": true} | |||
deep-impact/EPOXI (without impactor).glb | Deep Impact (EPOXI) | deep-impact | 3D Models | [] | [
"NASA/Brian E. Kumanchik",
"NASA/Christian A. Lopez"
] | false | https://science.nasa.gov/3d-resources/deep-impact/ | 3D Models/Deep Impact (EPOXI) | 2025-03-26T13:14:35 | 2025-07-02T12:05:16 | EPOXI (without impactor).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Deep%20Impact%20%28EPOXI%29/EPOXI%20%28without%20impactor%29.glb | 3D Models/Deep Impact (EPOXI)/EPOXI (without impactor).glb | 86ff12bc014cc5e5e15c3e5d3677f7d9bf1dc5651e4c844df4efb89cb92c158b | 2,581,204 | false | [] | 18,628 | 20,572 | true | {"vertices": 18628, "faces": 20572, "geometries": 7, "bbox_extents": [2.875535488128662, 1.988750398159027, 3.91259203851223], "gltf_meshes": 7, "gltf_materials": 7, "gltf_textures": 5, "gltf_images": 10, "gltf_extensions_used": ["KHR_draco_mesh_compression", "EXT_texture_webp"], "draco_compressed": true} | |||
deep-impact/EPOXI.glb | Deep Impact (EPOXI) | deep-impact | 3D Models | [] | [
"NASA/Brian E. Kumanchik",
"NASA/Christian A. Lopez"
] | false | https://science.nasa.gov/3d-resources/deep-impact/ | 3D Models/Deep Impact (EPOXI) | 2025-03-26T13:14:35 | 2025-07-02T12:05:16 | EPOXI.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Deep%20Impact%20%28EPOXI%29/EPOXI.glb | 3D Models/Deep Impact (EPOXI)/EPOXI.glb | bbf25a4bc5a43fd7f40f4312c04d778568a5007fb03362e4766ce325df71fe4d | 2,870,776 | true | [] | 23,935 | 27,631 | true | {"vertices": 23935, "faces": 27631, "geometries": 11, "bbox_extents": [2.875535488128662, 1.988750398159027, 3.91259203851223], "gltf_meshes": 11, "gltf_materials": 9, "gltf_textures": 6, "gltf_images": 12, "gltf_extensions_used": ["KHR_draco_mesh_compression", "EXT_texture_webp"], "draco_compressed": true} | |||
deep-space-1/Deep Space 1.glb | Deep Space 1 | deep-space-1 | 3D Models | [] | [
"NASA/Brian E. Kumanchik",
"NASA/Christian A. Lopez"
] | false | https://science.nasa.gov/3d-resources/deep-space-1/ | 3D Models/Deep Space 1 | 2025-03-26T14:46:09 | 2025-06-16T16:42:51 | Deep Space 1.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Deep%20Space%201/Deep%20Space%201.glb | 3D Models/Deep Space 1/Deep Space 1.glb | 86751b676520496d6508c31e3d4baeeb7aca01331fb1e1ad819bb50584c07c12 | 934,676 | true | [] | 14,343 | 13,800 | true | {"vertices": 14343, "faces": 13800, "geometries": 5, "bbox_extents": [11.800356284187728, 2.218139032823288, 1.9621584293459193], "gltf_meshes": 5, "gltf_materials": 5, "gltf_textures": 4, "gltf_images": 8, "gltf_extensions_used": ["KHR_draco_mesh_compression", "EXT_texture_webp"], "draco_compressed": true} | |||
deep-space-climate-observatory-dscovr-triana/Deep Space Climate Observatory (DSCOVR) (Triana).glb | Deep Space Climate Observatory (DSCOVR) (Triana) | deep-space-climate-observatory-dscovr-triana | 3D Models | DSCOVR, formerly called Triana, will provide early warning capability from a deep-space orbit located at the sun-earth L1 Lagrange point to detect space weather and harmful solar wind activity that could impact Earth. It has the secondary mission of serving as an Earth climate observatory by providing a unique continuo... | [] | [
"NASA/Christopher R. Meaney"
] | false | https://science.nasa.gov/3d-resources/deep-space-climate-observatory-dscovr-triana/ | 3D Models/Deep Space Climate Observatory (DSCOVR) (Triana) | 2025-03-26T14:48:45 | 2025-03-26T14:48:46 | Deep Space Climate Observatory (DSCOVR) (Triana).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Deep%20Space%20Climate%20Observatory%20%28DSCOVR%29%20%28Triana%29/Deep%20Space%20Climate%20Observatory%20%28DSCOVR%29%20%28Triana%29.glb | 3D Models/Deep Space Climate Observatory (DSCOVR) (Triana)/Deep Space Climate Observatory (DSCOVR) (Triana).glb | 265b703538b635128ffa32bc9f4d7b528ba6900e9ac1fbcf201dcdd54a5dadae | 112,488 | true | [] | 26,358 | 8,786 | true | {"vertices": 26358, "faces": 8786, "geometries": 18, "bbox_extents": [266.3713092291, 96.40838307328522, 102.53958737491666], "gltf_meshes": 1, "gltf_materials": 18, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | ||
deep-space-network-34-meter/Deep Space Network 34-meter.glb | Deep Space Network 34-meter | deep-space-network-34-meter | 3D Models | [] | [
"NASA/Brian E. Kumanchik",
"NASA/Christian A. Lopez"
] | false | https://science.nasa.gov/3d-resources/deep-space-network-34-meter/ | 3D Models/Deep Space Network 34-meter | 2025-03-26T14:52:04 | 2025-06-16T16:52:42 | Deep Space Network 34-meter.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Deep%20Space%20Network%2034-meter/Deep%20Space%20Network%2034-meter.glb | 3D Models/Deep Space Network 34-meter/Deep Space Network 34-meter.glb | 7a4b71f14da463fb70b5da7757c99fb8868a1f0d82f4c28cf3d57019f051a806 | 2,903,116 | true | [] | 55,637 | 31,842 | true | {"vertices": 55637, "faces": 31842, "geometries": 13, "bbox_extents": [34.024816302563, 36.79209082238992, 33.96955187892705], "gltf_meshes": 8, "gltf_materials": 9, "gltf_textures": 6, "gltf_images": 10, "gltf_extensions_used": ["KHR_draco_mesh_compression", "EXT_texture_webp"], "draco_compressed": true} | |||
deep-space-network-70-meter/Deep Space Network 70-meter.glb | Deep Space Network 70-meter | deep-space-network-70-meter | 3D Models | [] | [
"NASA/Brian E. Kumanchik",
"NASA/Christian A. Lopez"
] | false | https://science.nasa.gov/3d-resources/deep-space-network-70-meter/ | 3D Models/Deep Space Network 70-meter | 2025-03-26T14:55:38 | 2025-06-16T16:52:40 | Deep Space Network 70-meter.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Deep%20Space%20Network%2070-meter/Deep%20Space%20Network%2070-meter.glb | 3D Models/Deep Space Network 70-meter/Deep Space Network 70-meter.glb | 72dddfd955f5c212a40f368556ab4c13ab59a109bc1b46855b09c8549b18aa5c | 1,867,668 | true | [] | 57,567 | 33,136 | true | {"vertices": 57567, "faces": 33136, "geometries": 15, "bbox_extents": [70.07337188720703, 72.92665672302246, 70.07337188720703], "gltf_meshes": 15, "gltf_materials": 5, "gltf_textures": 3, "gltf_images": 4, "gltf_extensions_used": ["KHR_draco_mesh_compression", "EXT_texture_webp"], "draco_compressed": true} | |||
deformation-ecosystem-structure-and-dynamics-of-ice-desdyni/Deformation, Ecosystem Structure, and Dynamics of Ice (DESDynI).glb | Deformation, Ecosystem Structure, and Dynamics of Ice (DESDynI) | deformation-ecosystem-structure-and-dynamics-of-ice-desdyni | 3D Models | DESDynI (Deformation, Ecosytem Structure and Dynamics of Ice) is a dedicated U.S. InSAR and LIDAR mission optimized for studying hazards and global environmental change. The Mission objectives are to determine the likelihood of earthquakes, volcanic eruptions, and landslides, predict the response of ice sheets to clima... | [] | [
"NASA/Christopher R. Meaney"
] | false | https://science.nasa.gov/3d-resources/deformation-ecosystem-structure-and-dynamics-of-ice-desdyni/ | 3D Models/Deformation, Ecosystem Structure, and Dynamics of Ice (DESDynI) | 2025-03-26T14:59:00 | 2025-06-16T16:54:57 | Deformation, Ecosystem Structure, and Dynamics of Ice (DESDynI).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Deformation%2C%20Ecosystem%20Structure%2C%20and%20Dynamics%20of%20Ice%20%28DESDynI%29/Deformation%2C%20Ecosystem%20Structure%2C%20and%20Dynamics%20of%20Ice%20%28DESDynI%29.glb | 3D Models/Deformation, Ecosystem Structure, and Dynamics of Ice (DESDynI)/Deformation, Ecosystem Structure, and Dynamics of Ice (DESDynI).glb | fef03075b3b87da9c35e4022a5c39b630404b571d1114b97ca34d7159a9424f1 | 449,352 | true | [] | 202,740 | 67,580 | true | {"vertices": 202740, "faces": 67580, "geometries": 35, "bbox_extents": [4.789980888366699, 10.200624465942383, 21.280548095703125], "gltf_meshes": 2, "gltf_materials": 32, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | ||
earth-observing-1-eo-1/Earth Observing-1 (EO-1).glb | Earth Observing-1 (EO-1) | earth-observing-1-eo-1 | 3D Models | Earth Observing-1 (EO-1) is an advanced land-imaging mission that will demonstrate new instruments and spacecraft systems. | [] | [
"NASA/Christian A. Lopez",
"NASA/Christopher M. Garcia"
] | false | https://science.nasa.gov/3d-resources/earth-observing-1-eo-1/ | 3D Models/Earth Observing-1 (EO-1) | 2025-03-26T15:02:42 | 2025-06-16T16:57:37 | Earth Observing-1 (EO-1).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Earth%20Observing-1%20%28EO-1%29/Earth%20Observing-1%20%28EO-1%29.glb | 3D Models/Earth Observing-1 (EO-1)/Earth Observing-1 (EO-1).glb | 2d26422a45147e86c93c535979b1d9ae16d34fc0171f661dec051bca61c14a74 | 224,580 | true | [] | 28,449 | 37,775 | true | {"vertices": 28449, "faces": 37775, "geometries": 82, "bbox_extents": [108.93498373461723, 42.78388454175251, 128.9495502663418], "gltf_meshes": 10, "gltf_materials": 75, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression", "KHR_materials_specular"], "draco_compressed": true} | ||
esas-crew-module/ESAS Crew Module.glb | ESAS Crew Module | esas-crew-module | 3D Models | [] | [
"DigitalSpace Corporation"
] | true | https://science.nasa.gov/3d-resources/esas-crew-module/ | 3D Models/ESAS Crew Module | 2025-03-26T16:40:26 | 2025-06-16T17:00:06 | ESAS Crew Module.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/ESAS%20Crew%20Module/ESAS%20Crew%20Module.glb | 3D Models/ESAS Crew Module/ESAS Crew Module.glb | a89fe175038bc44214a3c63270763a74a3d880abf6bba452b0fba8f9a506a435 | 7,664 | true | [] | 408 | 650 | true | {"vertices": 408, "faces": 650, "geometries": 2, "bbox_extents": [166.33665466308594, 163.8085479736328, 86.04669952392578], "gltf_meshes": 2, "gltf_materials": 2, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression", "KHR_materials_specular"], "draco_compressed": true} | |||
explorer-jupiter-c-rocket/Explorer Jupiter-C Rocket.glb | Explorer Jupiter-C Rocket | explorer-jupiter-c-rocket | 3D Models | [] | [
"NASA/Michael D. Carbajal"
] | false | https://science.nasa.gov/3d-resources/explorer-jupiter-c-rocket/ | 3D Models/Explorer Jupiter-C Rocket | 2025-03-26T16:42:48 | 2025-06-16T17:03:02 | Explorer Jupiter-C Rocket.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Explorer%20Jupiter-C%20Rocket/Explorer%20Jupiter-C%20Rocket.glb | 3D Models/Explorer Jupiter-C Rocket/Explorer Jupiter-C Rocket.glb | 6584639c0cdb982de8bfb24682c3f541789b73a396d11e95e564a78862393460 | 149,372 | true | [] | 6,388 | 8,933 | true | {"vertices": 6388, "faces": 8933, "geometries": 31, "bbox_extents": [2.411426067352295, 17.468692302703857, 2.4114261865615845], "gltf_meshes": 23, "gltf_materials": 7, "gltf_textures": 2, "gltf_images": 4, "gltf_extensions_used": ["KHR_draco_mesh_compression", "KHR_materials_specular", "EXT_texture_webp"], "draco_comp... | |||
extravehicular-mobility-unit/Extravehicular Mobility Unit.glb | Extravehicular Mobility Unit | extravehicular-mobility-unit | 3D Models | The current spacesuit is a complex garment. Not only does it protect from the extreme conditions of space, it is in itself a mobile life support system with an oxygen supply, electrical power, water-cooling equipment, ventilating fan, and an in-suit drink bag. | [] | [
"NASA/Michael D. Carbajal"
] | false | https://science.nasa.gov/3d-resources/extravehicular-mobility-unit/ | 3D Models/Extravehicular Mobility Unit | 2025-03-26T16:45:27 | 2025-06-16T17:06:51 | Extravehicular Mobility Unit.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Extravehicular%20Mobility%20Unit/Extravehicular%20Mobility%20Unit.glb | 3D Models/Extravehicular Mobility Unit/Extravehicular Mobility Unit.glb | 4dd79f1f8e02ab39bc15d87a7bbeda1f437e1103ab7661f7797340e0c114f372 | 3,448,904 | true | [] | 442,172 | 343,455 | true | {"vertices": 442172, "faces": 343455, "geometries": 25, "bbox_extents": [1.1348686218261719, 2.002787005484575, 1.413388031861479], "gltf_meshes": 1, "gltf_materials": 25, "gltf_textures": 4, "gltf_images": 6, "gltf_extensions_used": ["KHR_draco_mesh_compression", "KHR_materials_transmission", "KHR_materials_specular",... | ||
far-ultraviolet-spectroscopic-explorer/Far Ultraviolet Spectroscopic Explorer.glb | Far Ultraviolet Spectroscopic Explorer | far-ultraviolet-spectroscopic-explorer | 3D Models | The Far Ultraviolet Spectroscopic Explorer FUSE was a NASA supported mission that launched June 24, 1999 and observed the universe using high resolution far-ultraviolet spectroscopy, a region of the electromagnetic spectrum that is blocked by Earth’s atmosphere. | [] | [
"NASA/Christopher R. Meaney"
] | false | https://science.nasa.gov/3d-resources/far-ultraviolet-spectroscopic-explorer/ | 3D Models/Far Ultraviolet Spectroscopic Explorer | 2025-03-26T16:48:19 | 2025-06-16T17:09:35 | Far Ultraviolet Spectroscopic Explorer.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Far%20Ultraviolet%20Spectroscopic%20Explorer/Far%20Ultraviolet%20Spectroscopic%20Explorer.glb | 3D Models/Far Ultraviolet Spectroscopic Explorer/Far Ultraviolet Spectroscopic Explorer.glb | 056c26e4f48bc362790ebc42c7c85101037c92b4f50a313bbe2783fc7004cdf8 | 236,704 | true | [] | 67,347 | 22,449 | true | {"vertices": 67347, "faces": 22449, "geometries": 28, "bbox_extents": [0.3963703215122223, 1.0111078023910522, 1.190614938735962], "gltf_meshes": 1, "gltf_materials": 28, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | ||
fermi-gamma-ray-large-area-space-telescope/Fermi Gamma-ray Large Area Space Telescope.glb | Fermi Gamma-ray Large Area Space Telescope | fermi-gamma-ray-large-area-space-telescope | 3D Models | The Fermi Gamma-ray Space Telescope (FGST), formerly called the Gamma-ray Large Area Space Telescope (GLAST), is a space observatory being used to perform gamma-ray astronomy observations from low Earth orbit. Its main instrument is the Large Area Telescope (LAT), with which astronomers mostly intend to perform an all-... | [] | [
"NASA/Christopher R. Meaney"
] | false | https://science.nasa.gov/3d-resources/fermi-gamma-ray-large-area-space-telescope/ | 3D Models/Fermi Gamma-ray Large Area Space Telescope | 2025-03-26T16:50:46 | 2025-06-16T17:11:43 | Fermi Gamma-ray Large Area Space Telescope.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Fermi%20Gamma-ray%20Large%20Area%20Space%20Telescope/Fermi%20Gamma-ray%20Large%20Area%20Space%20Telescope.glb | 3D Models/Fermi Gamma-ray Large Area Space Telescope/Fermi Gamma-ray Large Area Space Telescope.glb | d345f3b0595f7792f699acf33b28d7401cb53cc2a20b735bca00e95644e3813c | 1,379,016 | true | [] | 518,364 | 172,788 | true | {"vertices": 518364, "faces": 172788, "geometries": 30, "bbox_extents": [8.5458402633667, 12.09824800491333, 62.3077278137207], "gltf_meshes": 3, "gltf_materials": 27, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | ||
firefly/Firefly.glb | Firefly | firefly | 3D Models | Firefly is a small satellite mission with big plans. The size of a football, Firefly will study the most powerful natural particle accelerator on the Earth: lightning. In addition to the tremendous heat, light, and noise generated near the Earth’s surface, lightning can also generate powerful beams of electrons and gam... | [] | [
"NASA/Christopher R. Meaney"
] | false | https://science.nasa.gov/3d-resources/firefly/ | 3D Models/Firefly | 2025-03-26T16:53:03 | 2025-06-16T17:16:35 | Firefly.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Firefly/Firefly.glb | 3D Models/Firefly/Firefly.glb | fb2237d2d3a31a77e643fd4d9eec2229bbd73c325d71e0fc77a39ffe9f397b07 | 293,692 | true | [] | 63,743 | 25,202 | true | {"vertices": 63743, "faces": 25202, "geometries": 12, "bbox_extents": [13.904988288879395, 13.904988288879395, 17.695000410079956], "gltf_meshes": 1, "gltf_materials": 12, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | ||
flight-system-support/Flight System Support.glb | Flight System Support | flight-system-support | 3D Models | [] | [
"DigitalSpace Corporation"
] | true | https://science.nasa.gov/3d-resources/flight-system-support/ | 3D Models/Flight System Support | 2025-03-26T16:57:28 | 2025-06-16T17:19:36 | Flight System Support.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Flight%20System%20Support/Flight%20System%20Support.glb | 3D Models/Flight System Support/Flight System Support.glb | 7b07acb8303a2dec1aa33438db12c27c760ab504a833329deb4eb201f0a5b878 | 443,068 | true | [] | 3,948 | 1,316 | false | {"vertices": 3948, "faces": 1316, "geometries": 1, "bbox_extents": [171.90819724730312, 182.21981433079273, 87.68521011470509], "gltf_meshes": 1, "gltf_materials": 1, "gltf_textures": 1, "gltf_images": 2, "gltf_extensions_used": ["EXT_texture_webp"], "draco_compressed": false} | |||
g292-01-8-supernova-remnant/G292.0+1.8 Supernova Remnant.glb | G292.0+1.8 Supernova Remnant | g292-01-8-supernova-remnant | 3D Models | This is a rare type of supernova remnant observed to contain large amounts of oxygen. The X-ray image of G292.0+1.8 from Chandra shows a rapidly expanding, intricately structured field left behind by the shattered star. By creating a 3D model of the system, astronomers have been able to examine the asymmetrical shape o... | [] | [
"NASA/Salvatore Orlando"
] | false | https://science.nasa.gov/3d-resources/g292-01-8-supernova-remnant/ | 3D Models/G292.0+1.8 Supernova Remnant | 2025-05-07T13:04:17 | 2025-06-16T17:22:33 | G292.0+1.8 Supernova Remnant.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/G292.0%2B1.8%20Supernova%20Remnant/G292.0%2B1.8%20Supernova%20Remnant.glb | 3D Models/G292.0+1.8 Supernova Remnant/G292.0+1.8 Supernova Remnant.glb | 20973fcaa3bd36cbaa8cfc4f347f31bb97b56513ffd686d7b53bd1508a4af2da | 1,200,552 | true | [] | 312,443 | 122,304 | true | {"vertices": 312443, "faces": 122304, "geometries": 1, "bbox_extents": [14.117515087127686, 15.724198774145826, 15.075382012386072], "gltf_meshes": 1, "gltf_materials": 1, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | ||
galileo/Galileo.glb | Galileo | galileo | 3D Models | [] | [
"NASA/JPL/Solar System Simulator"
] | false | https://science.nasa.gov/3d-resources/galileo/ | 3D Models/Galileo | 2025-03-27T12:38:58 | 2025-06-16T17:25:09 | Galileo.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Galileo/Galileo.glb | 3D Models/Galileo/Galileo.glb | d192caaa4973c99187aadf9d4758ac286c564e7edb4d15305787579476eba2f7 | 248,532 | true | [] | 40,242 | 13,414 | true | {"vertices": 40242, "faces": 13414, "geometries": 58, "bbox_extents": [194.02364902105182, 232.12886057913633, 146.70960797691873], "gltf_meshes": 58, "gltf_materials": 4, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | |||
gamma-ray-observatory/Gamma Ray Observatory.glb | Gamma Ray Observatory | gamma-ray-observatory | 3D Models | The Compton Gamma-Ray Observatory (GRO) is one of NASA’s four “Great Observatories”. GRO’s specific mission is to study the sources and astrophysical processes (e.g., nuclear reactions, electron bremsstrahlung, matter-antimatter annihilation, elementary particle producation and decay, Compton scattering, and synchrotro... | [] | [
"NASA/Christopher R. Meaney"
] | false | https://science.nasa.gov/3d-resources/gamma-ray-observatory/ | 3D Models/Gamma Ray Observatory | 2025-03-27T12:44:52 | 2025-06-16T17:30:09 | Gamma Ray Observatory.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Gamma%20Ray%20Observatory/Gamma%20Ray%20Observatory.glb | 3D Models/Gamma Ray Observatory/Gamma Ray Observatory.glb | cb54cbb1ae46edc1da00b3da43922cdd2a011c629f726616b4d535d55026985b | 65,368 | true | [] | 12,732 | 4,244 | true | {"vertices": 12732, "faces": 4244, "geometries": 18, "bbox_extents": [1.5115747451782227, 1.207563042640686, 3.1685845851898193], "gltf_meshes": 1, "gltf_materials": 18, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | ||
gantry/Gantry.glb | Gantry | gantry | 3D Models | Launch Complex 39’s Pad A and Pad B were originally designed to support the Apollo program and were modified for Space Shuttle launch operations. | [] | [
"NASA/Michael D. Carbajal"
] | false | https://science.nasa.gov/3d-resources/gantry/ | 3D Models/Gantry | 2025-03-27T12:49:09 | 2025-06-16T17:33:44 | Gantry.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Gantry/Gantry.glb | 3D Models/Gantry/Gantry.glb | ad89678f80ca08102fa8c730fde6b93a0b700c60a15d69d5de422f839c66eb82 | 1,386,348 | true | [] | 176,490 | 172,602 | true | {"vertices": 176490, "faces": 172602, "geometries": 728, "bbox_extents": [20.334259033203125, 18.16051757335663, 14.010673522949219], "gltf_meshes": 724, "gltf_materials": 3, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | ||
gemini/Gemini.glb | Gemini | gemini | 3D Models | [] | [
"NASA/Michael D. Carbajal"
] | false | https://science.nasa.gov/3d-resources/gemini/ | 3D Models/Gemini | 2025-03-27T12:51:37 | 2025-03-27T12:51:39 | Gemini.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Gemini/Gemini.glb | 3D Models/Gemini/Gemini.glb | e580e90ac2eb13d029e262e9d638c32980d7f8a48a6830d272ce080576110758 | 1,387,812 | true | [] | 22,582 | 38,840 | false | {"vertices": 22582, "faces": 38840, "geometries": 94, "bbox_extents": [7.215101003646851, 13.673705443739891, 7.206248998641968], "gltf_meshes": 76, "gltf_materials": 11, "gltf_textures": 5, "gltf_images": 8, "gltf_extensions_used": ["KHR_materials_specular", "EXT_texture_webp"], "draco_compressed": false} | |||
gemini-spacesuit/Gemini Spacesuit.glb | Gemini Spacesuit | gemini-spacesuit | 3D Models | The Gemini spacesuit had a combination of a pressure bladder and a link-net restraint layer that made the whole suit flexible when pressurized. | [] | [
"NASA/Michael D. Carbajal"
] | false | https://science.nasa.gov/3d-resources/gemini-spacesuit/ | 3D Models/Gemini Spacesuit | 2025-03-27T12:53:46 | 2025-06-16T17:43:23 | Gemini Spacesuit.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Gemini%20Spacesuit/Gemini%20Spacesuit.glb | 3D Models/Gemini Spacesuit/Gemini Spacesuit.glb | 972096ada3f5f4bfb54cd636e103f096f4ecf8d5bbc7dae40778c0185fa82266 | 2,876,516 | true | [] | 61,846 | 114,463 | false | {"vertices": 61846, "faces": 114463, "geometries": 18, "bbox_extents": [0.9952208995819092, 2.0015949531225488, 0.709522008895874], "gltf_meshes": 1, "gltf_materials": 18, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": [], "draco_compressed": false} | ||
geostationary-operational-environmental-satellites/Geostationary Operational Environmental Satellites.glb | Geostationary Operational Environmental Satellites | geostationary-operational-environmental-satellites | 3D Models | GOES satellites provide the kind of continuous monitoring necessary for intensive data analysis. They circle the Earth in a geosynchronous orbit, which means they orbit the equatorial plane of the Earth at a speed matching the Earth’s rotation. This allows them to hover continuously over one position on the surface. Th... | [] | [
"NASA/Christopher R. Meaney"
] | false | https://science.nasa.gov/3d-resources/geostationary-operational-environmental-satellites/ | 3D Models/Geostationary Operational Environmental Satellites | 2025-03-27T12:55:49 | 2025-06-16T17:46:16 | Geostationary Operational Environmental Satellites.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Geostationary%20Operational%20Environmental%20Satellites/Geostationary%20Operational%20Environmental%20Satellites.glb | 3D Models/Geostationary Operational Environmental Satellites/Geostationary Operational Environmental Satellites.glb | e2f690d3d59e101d6a75a8b0bdcbe1cf9f58a058d01eaceede8557460a6e9101 | 335,620 | true | [] | 122,805 | 40,935 | true | {"vertices": 122805, "faces": 40935, "geometries": 24, "bbox_extents": [0.13444065675139427, 0.12196370959281921, 0.1113624069839716], "gltf_meshes": 1, "gltf_materials": 24, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | ||
geotailsat/GeoTailSAT.glb | GeoTailSAT | geotailsat | 3D Models | The GEOTAIL mission is a collaborative project undertaken by the Institute of Space and Astronautical Science (ISAS) and the National Aeronautics and Space Administration (NASA). Its primary objective is to study the dynamics of the Earth’s magnetotail over a wide range of distance, extending from the near-Earth region... | [] | [
"NASA/Christopher R. Meaney"
] | false | https://science.nasa.gov/3d-resources/geotailsat/ | 3D Models/GeoTailSAT | 2025-03-27T13:04:18 | 2025-06-16T17:50:44 | GeoTailSAT.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/GeoTailSAT/GeoTailSAT.glb | 3D Models/GeoTailSAT/GeoTailSAT.glb | 3b39a3fc157731421869dab707dd5c4d3d829ab0b727b2a6cc8bc211fd96a8ad | 91,504 | true | [] | 28,248 | 9,416 | true | {"vertices": 28248, "faces": 9416, "geometries": 12, "bbox_extents": [5490.907524130307, 10510.700288796797, 1194.2757743078982], "gltf_meshes": 1, "gltf_materials": 12, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | ||
global-precipitation-measurement/Global Precipitation Measurement.glb | Global Precipitation Measurement | global-precipitation-measurement | 3D Models | Global Precipitation Measurement (GPM) is an international satellite mission that will set a new standard for precipitation measurements from space, providing the next-generation observations of rain and snow worldwide every three hours. The GPM mission data will advance our understanding of the water and energy cycles... | [] | [
"NASA/Christopher R. Meaney"
] | false | https://science.nasa.gov/3d-resources/global-precipitation-measurement/ | 3D Models/Global Precipitation Measurement | 2025-03-27T13:19:28 | 2025-06-16T17:57:06 | Global Precipitation Measurement.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Global%20Precipitation%20Measurement/Global%20Precipitation%20Measurement.glb | 3D Models/Global Precipitation Measurement/Global Precipitation Measurement.glb | 7068c880770bb2ac936e804a1af48e564c90b829ff884c405a4759e8da9e693e | 2,257,008 | true | [] | 848,322 | 282,774 | true | {"vertices": 848322, "faces": 282774, "geometries": 48, "bbox_extents": [189.61977325870976, 268.4037085949967, 431.8960612401497], "gltf_meshes": 1, "gltf_materials": 48, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | ||
gravity-recovery-and-climate-experiment-grace-a/Gravity Recovery and Climate Experiment (GRACE) (A).glb | Gravity Recovery and Climate Experiment (GRACE) (A) | gravity-recovery-and-climate-experiment-grace-a | 3D Models | [] | [
"NASA/Brian E. Kumanchik",
"NASA/Christian A. Lopez"
] | false | https://science.nasa.gov/3d-resources/gravity-recovery-and-climate-experiment-grace-a/ | 3D Models/Gravity Recovery and Climate Experiment (GRACE) (A) | 2025-03-27T13:21:33 | 2025-06-16T18:00:33 | Gravity Recovery and Climate Experiment (GRACE) (A).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Gravity%20Recovery%20and%20Climate%20Experiment%20%28GRACE%29%20%28A%29/Gravity%20Recovery%20and%20Climate%20Experiment%20%28GRACE%29%20%28A%29.glb | 3D Models/Gravity Recovery and Climate Experiment (GRACE) (A)/Gravity Recovery and Climate Experiment (GRACE) (A).glb | b376141db89a708acac65484b69ffafe36bbed00709f73c1c9d48cc3d5e3e499 | 22,620 | true | [] | 2,712 | 3,459 | true | {"vertices": 2712, "faces": 3459, "geometries": 4, "bbox_extents": [1.8941845893859863, 3.2888400554656982, 1.2952018789947033], "gltf_meshes": 4, "gltf_materials": 3, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | |||
gravity-recovery-and-climate-experiment-grace-b/Gravity Recovery and Climate Experiment (GRACE) (B).glb | Gravity Recovery and Climate Experiment (GRACE) (B) | gravity-recovery-and-climate-experiment-grace-b | 3D Models | GRACE (Gravity Recovery and Climate Experiment), twin satellites launched in March 2002, are making detailed measurements of Earth’s gravity field which will lead to discoveries about gravity and Earth’s natural systems. These discoveries could have far-reaching benefits to society and the world’s population. | [] | [
"NASA/Christopher M. Garcia"
] | false | https://science.nasa.gov/3d-resources/gravity-recovery-and-climate-experiment-grace-b/ | 3D Models/Gravity Recovery and Climate Experiment (GRACE) (B) | 2025-03-27T13:25:57 | 2025-06-16T18:03:06 | Gravity Recovery and Climate Experiment (GRACE) (B).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Gravity%20Recovery%20and%20Climate%20Experiment%20%28GRACE%29%20%28B%29/Gravity%20Recovery%20and%20Climate%20Experiment%20%28GRACE%29%20%28B%29.glb | 3D Models/Gravity Recovery and Climate Experiment (GRACE) (B)/Gravity Recovery and Climate Experiment (GRACE) (B).glb | 33382f0069d7e84de6d3747a723c2e0ded2cbaf83185d89bdf82c5ca58e1fef1 | 1,777,600 | true | [] | 2,435 | 3,961 | true | {"vertices": 2435, "faces": 3961, "geometries": 13, "bbox_extents": [4.809191652329048, 3.1978196197043567, 7.868533618929783], "gltf_meshes": 9, "gltf_materials": 13, "gltf_textures": 4, "gltf_images": 4, "gltf_extensions_used": ["KHR_draco_mesh_compression", "KHR_materials_specular", "EXT_texture_webp"], "draco_compr... | ||
grease-gun/Grease gun.glb | Grease Gun | grease-gun | 3D Models | [] | [
"NASA/Ames Research Center"
] | false | https://science.nasa.gov/3d-resources/grease-gun/ | 3D Models/Grease Gun | 2025-03-27T13:30:42 | 2025-06-16T18:06:10 | Grease gun.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Grease%20Gun/Grease%20gun.glb | 3D Models/Grease Gun/Grease gun.glb | 36d609b88f156f660f57004411ab48c59f15b2293aa940a193df3417e3ff9dc0 | 48,596 | true | [] | 6,582 | 9,808 | true | {"vertices": 6582, "faces": 9808, "geometries": 6, "bbox_extents": [38.002562627139014, 92.52961776569319, 198.00000147146542], "gltf_meshes": 1, "gltf_materials": 6, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression", "KHR_materials_specular"], "draco_compressed": true} | |||
hammer/Hammer.glb | Hammer | hammer | 3D Models | [] | [
"NASA/Ames Research Center"
] | false | https://science.nasa.gov/3d-resources/hammer/ | 3D Models/Hammer | 2025-03-27T13:42:07 | 2025-06-16T18:17:56 | Hammer.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Hammer/Hammer.glb | 3D Models/Hammer/Hammer.glb | fc84ad1749350633ee69f8aa5cea6a03e019171d93492708e7bd1ba7b4c05d17 | 10,912 | true | [] | 1,092 | 692 | true | {"vertices": 1092, "faces": 692, "geometries": 3, "bbox_extents": [0.15576815256994614, 0.06921761358042527, 0.35643013174303617], "gltf_meshes": 1, "gltf_materials": 3, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression", "KHR_materials_specular"], "draco_compressed": true} | |||
headquarters-building/Headquarters Building.glb | Headquarters Building | headquarters-building | 3D Models | [] | [
"NASA/Ames Research Center"
] | false | https://science.nasa.gov/3d-resources/headquarters-building/ | 3D Models/Headquarters Building | 2025-03-27T13:51:43 | 2025-06-16T18:22:35 | Headquarters Building.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Headquarters%20Building/Headquarters%20Building.glb | 3D Models/Headquarters Building/Headquarters Building.glb | 9cbcbf160cee4663d627174985fff4305d5e7e9cd08adf7b9d355283c5ad022a | 212,508 | true | [] | 19,230 | 21,532 | true | {"vertices": 19230, "faces": 21532, "geometries": 164, "bbox_extents": [7.781610520805474, 9.086116505668011, 4.250459393180551], "gltf_meshes": 89, "gltf_materials": 12, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression", "KHR_materials_specular"], "draco_compressed": true} | |||
helmet/Helmet.glb | Helmet | helmet | 3D Models | [] | [
"NASA/Ames Research Center"
] | false | https://science.nasa.gov/3d-resources/helmet/ | 3D Models/Helmet | 2025-03-27T14:37:23 | 2025-06-16T18:24:51 | Helmet.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Helmet/Helmet.glb | 3D Models/Helmet/Helmet.glb | f73d049627c315e8139ed9d776bb66a4ebc7e9b232d32d2890d649afdf41c53c | 232,496 | true | [] | 39,843 | 64,664 | true | {"vertices": 39843, "faces": 64664, "geometries": 7, "bbox_extents": [14.066374197310779, 13.730663639612, 14.07322409948467], "gltf_meshes": 6, "gltf_materials": 4, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression", "KHR_materials_specular"], "draco_compressed": true} | |||
hessi-rhessi/HESSI-RHESSI.glb | HESSI-RHESSI | hessi-rhessi | 3D Models | The HESSI mission consists of a single spin-stabilized spacecraft in a low-altitude orbit inclined 38 degrees to the Earth’s equator. The only instrument on board is an imaging spectrometer with the ability to obtain high fidelity color movies of solar flares in X rays and gamma rays. It uses two new complementary tech... | [] | [
"NASA/Christopher R. Meaney"
] | false | https://science.nasa.gov/3d-resources/hessi-rhessi/ | 3D Models/HESSI-RHESSI | 2025-03-27T14:38:50 | 2025-06-16T18:26:54 | HESSI-RHESSI.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/HESSI-RHESSI/HESSI-RHESSI.glb | 3D Models/HESSI-RHESSI/HESSI-RHESSI.glb | 7760caeeb166179c8aaecb8699a157274090b624c4d0994a751255c2545df894 | 230,764 | true | [] | 70,152 | 23,384 | true | {"vertices": 70152, "faces": 23384, "geometries": 35, "bbox_extents": [747.3352462562616, 747.0615428348538, 296.1699570036217], "gltf_meshes": 1, "gltf_materials": 35, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | ||
high-energy-transient-explorer/High Energy Transient Explorer.glb | High Energy Transient Explorer | high-energy-transient-explorer | 3D Models | HETE-2, also known as the High Energy Transient Explorer was an international collaboration between USA, Japan, France, and Italy, headed by the Center for Space Research at MIT. It was successfully launched with a Pegasus launcher, on October 9 2000 from the Kwajalein missile range facility, an atoll in the Pacific oc... | [] | [
"NASA/Christopher R. Meaney"
] | false | https://science.nasa.gov/3d-resources/high-energy-transient-explorer/ | 3D Models/High Energy Transient Explorer | 2025-03-27T15:11:22 | 2025-06-16T18:32:14 | High Energy Transient Explorer.glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/High%20Energy%20Transient%20Explorer/High%20Energy%20Transient%20Explorer.glb | 3D Models/High Energy Transient Explorer/High Energy Transient Explorer.glb | f514f7cff65c0d4d565408b3f6ba113c4a3b97321a3fe770c89f67820e83922c | 61,836 | true | [] | 13,356 | 4,452 | true | {"vertices": 13356, "faces": 4452, "geometries": 23, "bbox_extents": [1.0750632286071777, 1.0177255868911743, 1.5560050010681152], "gltf_meshes": 1, "gltf_materials": 23, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | ||
hinode-solar-b/Hinode (Solar-B).glb | Hinode (Solar-B) | hinode-solar-b | 3D Models | Hinode, Japanese for “Sunrise” and formerly Solar-B, is a solar satellite mission developed, launched, and operated by the Institute of Space and Astronautical Science (ISAS), a division of the Japanese Aerospace Exploration Agency (JAXA), in collaboration with space agency partners from the National Astronomical Obser... | [] | [
"NASA/Christopher R. Meaney"
] | false | https://science.nasa.gov/3d-resources/hinode-solar-b/ | 3D Models/Hinode (Solar-B) | 2025-03-28T12:22:07 | 2025-06-16T18:34:59 | Hinode (Solar-B).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Hinode%20%28Solar-B%29/Hinode%20%28Solar-B%29.glb | 3D Models/Hinode (Solar-B)/Hinode (Solar-B).glb | 104f23212d379541990c28b26999db3bcfb2ef0731285f2366219e5438e125e6 | 276,248 | true | [] | 83,648 | 125,548 | true | {"vertices": 83648, "faces": 125548, "geometries": 23, "bbox_extents": [229.61994597315788, 52.49807457411953, 47.955576986980304], "gltf_meshes": 1, "gltf_materials": 23, "gltf_textures": 0, "gltf_images": 0, "gltf_extensions_used": ["KHR_draco_mesh_compression"], "draco_compressed": true} | ||
hubble-space-telescope-a/Hubble Space Telescope (A).glb | Hubble Space Telescope (A) | hubble-space-telescope-a | 3D Models | Since its 1990 launch, the Hubble Space Telescope has changed our fundamental understanding of the universe. | [] | [
"DigitalSpace Corporation"
] | true | https://science.nasa.gov/3d-resources/hubble-space-telescope-a/ | 3D Models/Hubble Space Telescope (A) | 2025-03-28T12:37:35 | 2025-05-27T14:37:38 | Hubble Space Telescope (A).glb | github | https://raw.githubusercontent.com/nasa/NASA-3D-Resources/master/3D%20Models/Hubble%20Space%20Telescope%20%28A%29/Hubble%20Space%20Telescope%20%28A%29.glb | 3D Models/Hubble Space Telescope (A)/Hubble Space Telescope (A).glb | e5ba4de15c7d359ac8fa1ab7e286aff42dec09c0fadae3db99252587f39fa384 | 1,694,988 | true | [] | 23,016 | 7,672 | true | {"vertices": 23016, "faces": 7672, "geometries": 5, "bbox_extents": [458.25885009765625, 525.4885888505405, 501.30383300778396], "gltf_meshes": 1, "gltf_materials": 5, "gltf_textures": 5, "gltf_images": 10, "gltf_extensions_used": ["KHR_draco_mesh_compression", "EXT_texture_webp"], "draco_compressed": true} |
NASA 3D Resources
A Hugging Face packaging of NASA 3D Resources (GitHub mirror): spacecraft, rovers, launch vehicles, spacesuits, tools, ground facilities, astrophysical objects, 3D-printable terrain and planetary texture maps produced across NASA centers.
This is not a complete mirror: some NASA assets are deliberately excluded.
- NASA insignia. NASA does not permit its insignia (the "meatball", the "worm" logotype and the seal) "to appear with AI generated imagery or in the training of AI tools". Every asset in which screening found one is left out: 23 GLB files covering 14 models (Astronaut, Astronaut Glove, Gateway, Global Hawk, Habitat Demonstration Unit, InSight Cruise Lander, Ingenuity Mars Helicopter, ISS (D) (IGOAL), Mark III Spacesuit, Mars 2020 Perseverance Rover, Pistol Grip Tool, Space Shuttle (D), Vehicle Assembly Building, Z2 Spacesuit), the
NASA InsigniaandCubeSatprintables (all of their parts), and 41 original source files across 12 subjects. See Insignia screening for how assets were screened.- Unavailable files. 7 files listed on science.nasa.gov return HTTP 404. Four of them are included from the GitHub repository instead; the three Dragonfly slicer project files (
Bambu.3mf,Orca.3mf,Prusa.3mf) are not available anywhere and are missing.- Duplicates. 102 byte-identical copies (same SHA-256) of files that are already included are collapsed into a single row; the other titles they appeared under are kept in
also_listed_under.Every excluded file is listed with its reason in
meta/excluded.jsonl.
Apart from the exclusions above, this mirror changes only the packaging. Files are grouped into
typed Parquet shards and every original file is preserved byte-for-byte, except that Draco-compressed GLBs are
stored decoded (see below): GLB and STL files use the native
datasets Mesh() feature, previews and texture maps use Image(), and every other
original file (Blender, 3DS, LightWave, FBX, zip and 7z archives, print guides) is kept
verbatim in the source_files config.
Configs
| Config | Row unit | Rows | Main fields |
|---|---|---|---|
models (default) |
One GLB file | 235 | mesh (Mesh), preview (Image), title, description, collection, contributors, mesh stats |
printables |
One STL part | 432 | mesh (Mesh), preview, part, archive (zip it came from, if any) |
textures |
One image or texture map | 99 | image (Image, original JPG/TIF bytes) |
source_files |
One other original file | 165 | blob (raw bytes), extension |
models covers 206 distinct catalog subjects (0.39 GB of GLB).
Some subjects ship several GLB variants; each variant is its own row.
from datasets import load_dataset
ds = load_dataset("suvadityamuk/nasa-3d-resources", split="train") # models
row = ds[0]
row["title"], row["contributors"]
scene = row["mesh"] # trimesh.Scene (pip install trimesh)
row["preview"] # PIL.Image
stl = load_dataset("suvadityamuk/nasa-3d-resources", "printables", split="train", streaming=True)
For the raw file bytes use ds.cast_column("mesh", Mesh(decode=False)), which yields
{"bytes": <original file bytes>, "path": <file name>}.
The 204 GLBs that NASA ships with Draco mesh compression (draco_compressed = true) are stored with their
geometry decoded, so they load with plain trimesh and render in the Dataset Viewer. Their sha256 and
size_bytes still describe NASA's original file.
Provenance and joins
Metadata (title, description, collection, contributor, publish dates, page URL) comes from the
science.nasa.gov catalog (WordPress REST API). Files come from the catalog's download links and from
the GitHub repository; when both offer the same file name the GitHub copy is used and source says so.
Every row records source_url, github_path and sha256.
Data-quality notes inherited from the source:
- Some catalog pages point at the wrong file or folder (for example the Rosetta page's download is the
IBEX model, and the
Voyager Probe (A)andAres 1 (B)pages link theViking LanderandAres 1 (A)repo folders). Repo folders are matched by title first, and identical files are collapsed bysha256; the copy whose file name matches its title is kept, the others are listed inalso_listed_underand inmeta/excluded.jsonl. file_name_matches_titleisfalsewhere a file's name does not match its subject.- Nine catalog models have no GLB (only
.blend,.3ds,.zipor split.7zfiles); their originals are insource_filesand they are absent frommodels.
License and usage
NASA states that "NASA content – images, audio, video, and media files used in the rendition of
3-dimensional models, such as texture maps and polygon data in any format – generally are not subject to
copyright in the United States" (NASA Images and Media Usage Guidelines).
The repository README describes the assets as "free and without copyright"; its meta.json lists the
NASA Open Source Agreement 1.3, a software license that does not fit these assets. This card therefore
uses license: other and points to the guidelines. The copyright status outside the United States is
not stated by NASA.
Please read the guidelines before use. In particular:
- Credit. "NASA should be acknowledged as the source of the material."
- No endorsement. NASA content may be used "in a factual manner that does not imply endorsement." This dataset contains NASA source material; NASA has not reviewed, approved or endorsed it.
- Insignia. "The NASA Insignia, Logotype, identifiers, and imagery are not in the public domain," and for AI applications "NASA does not permit our Insignia (i.e., NASA Meatball, Worm logotype, or Seal) to appear with AI generated imagery or in the training of AI tools." This mirror therefore excludes every asset in which a NASA insignia was found (see Insignia screening).
- AI outputs. The guidelines ask that AI outputs not be attributed to NASA ("according to NASA" is prohibited) and encourage marking AI-generated products as such.
- Third-party contributors. Rows with
third_party_contributor = truewere contributed by organisations outside NASA (for example DigitalSpace Corporation, Made in Space, STScI, JHU APL, SwRI, Rutgers). They may not be U.S. Government works; check thecontributorsfield and the source page.
Insignia screening
Every image a model could learn from was screened for the NASA meatball, worm logotype and seal with
Qwen/Qwen3-VL-32B-Instruct, and every positive was
reviewed by hand before deciding:
- every texture embedded in every GLB, every preview render, and every texture map (large images tiled so small logos are visible);
- every STL part rendered from six orthographic directions with relief shading, so embossed or engraved insignia are visible, and every image inside the zip / 7z archives;
- PNG/JPEG textures carved out of
.blend,.fbxand other binary scene files, rendered PDF pages and PowerPoint media.
Excluded as a result (listed per file in meta/excluded.jsonl):
- 23 GLB files of 14 subjects (for example Space Shuttle (D), ISS (D), InSight, Ingenuity, Perseverance, Z2 and Mark III spacesuits, Global Hawk, Vehicle Assembly Building);
- the
NASA InsigniaandCubeSatprintables (all parts of a printable object are dropped if any part carries an insignia); - original scene files and archives that contain insignia textures, and all original files belonging to the subjects above.
Screening is automated plus manual review and may miss very small or heavily stylised marks. Files that
could not be screened (Maya .mb scenes with .iff textures, and .3ds / .lwo / .max / .vsp3
files without embedded raster images) remain in source_files; check them before using them to train
generative models. The VLM verdicts are in the screening repo notes.
Attribution
Credit: NASA, via NASA 3D Resources (https://science.nasa.gov/3d-resources/). Individual contributor
credits are in the contributors column.
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