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Space station 3D Models

Find the best Space station 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

Anonymous1774528956
international space station
Anonymous1771604189
Anonymous1776268232
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Anonymous1775533098
space station, cassette futurism, nasa-like, futuristic. large ship bay, huge. bigger than a skyscrapper
Anonymous1775489203
Create a photorealistic 3D model of a docked space station comprising a cylindrical module and a conical spacecraft.

Cylindrical Module: Metallic hull with vertical panels. Has a large circular window revealing a lit interior and a blurry astronaut silhouette. Four large rectangular solar panels (golden-bronze grid) are deployed perpendicularly. Conical docking port at one end.

Conical Spacecraft: Capsule shape, wider rounded base tapering to the top dock. Four lower stabilizers. Cream/light gray hull with thermal tile texture. Black heat shields around the base and stabilizers. Small windows near the top.

Docking: Securely connected via the docking node.

Tech Specs: Realistic PBR textures (metal, thermal tiles, glass, solar cells). Harsh orbital sunlight: bright, directional, deep sharp shadows, strong specular highlights.
Anonymous1775304868
Create a detailed, photorealistic 3D model of a modular space station consisting of two main components: a large cylindrical module and a smaller cone-shaped spacecraft, docked together.

Cylindrical Module:

Shape: A cylindrical body with a metallic sheen and a visible hull texture consisting of vertical panels.

Details: On the side, there should be a large circular window (porthole) with clear glass, revealing the lit interior space and a blurry silhouette of a person wearing a spacesuit.

Solar Panels: Four large rectangular solar panel arrays are attached to the module, arranged in a single plane. They feature a visible grid texture and a golden-bronze reflection. They are deployed perpendicular to the module's main axis.

Docking Node: At one end of the module, there is a conical docking port connecting it to the spacecraft.

Conical Spacecraft:

Shape: A cone-shaped capsule spacecraft with a wider, rounded base that tapers towards the top docking interface.

Details: The lower s
Anonymous1775304868
Create a detailed, photorealistic 3D model of a modular space station consisting of two main components: a large cylindrical module and a smaller cone-shaped spacecraft, docked together.

Cylindrical Module:

Shape: A cylindrical body with a metallic sheen and a visible hull texture consisting of vertical panels.

Details: On the side, there should be a large circular window (porthole) with clear glass, revealing the lit interior space and a blurry silhouette of a person wearing a spacesuit.

Solar Panels: Four large rectangular solar panel arrays are attached to the module, arranged in a single plane. They feature a visible grid texture and a golden-bronze reflection. They are deployed perpendicular to the module's main axis.

Docking Node: At one end of the module, there is a conical docking port connecting it to the spacecraft.

Conical Spacecraft:

Shape: A cone-shaped capsule spacecraft with a wider, rounded base that tapers towards the top docking interface.

Details: The lower s
Anonymous1775304868
Create a detailed, photorealistic 3D model of a modular space station consisting of two main components: a large cylindrical module and a smaller cone-shaped spacecraft, docked together.

Cylindrical Module:

Shape: A cylindrical body with a metallic sheen and a visible hull texture consisting of vertical panels.

Details: On the side, there should be a large circular window (porthole) with clear glass, revealing the lit interior space and a blurry silhouette of a person wearing a spacesuit.

Solar Panels: Four large rectangular solar panel arrays are attached to the module, arranged in a single plane. They feature a visible grid texture and a golden-bronze reflection. They are deployed perpendicular to the module's main axis.

Docking Node: At one end of the module, there is a conical docking port connecting it to the spacecraft.

Conical Spacecraft:

Shape: A cone-shaped capsule spacecraft with a wider, rounded base that tapers towards the top docking interface.

Details: The lower s
Anonymous1775304868
Anonymous1775291784
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