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About
Low-earth-orbit station hardware in metre units. Pressurised modules bolt together on a documented six-direction hatch grid; truss bays, rotary joints, photovoltaic wings and radiators share a 4 m truss grid. The pack adds docking and berthing mechanisms, a manipulator arm and robotics, visiting ferries, freighters, tankers and crew equipment, interior racks and crew stations, and external antennas and experiment hardware. Four composed scenes demonstrate an assembled station, a docking approach, every connector case and an interior work bay. Static CC0 geometry prepared for human review.
Files load directly from the CDN. Choose the pieces you need. Colliders, navigation and gameplay scripts are supplied by your game.
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Use the “Space Station and Docking Bays” pack in my project. Manifest (JSON, every model with its CDN URL): https://3dassets.dev/api/v1/packs/orbital-station-and-docking-bays Starter scene (one GLB with every piece placed): https://cdn.3dassets.dev/assets/24581/v1/model.glb Pack page: https://3dassets.dev/packs/orbital-station-and-docking-bays Description: A near-future modular orbital station: pressurised modules on a hatch grid, truss and power structure, docking hardware, robotics, visiting free-flyers and interior fittings. - 60 GLB models, 12.1 MB in total - Units: metres, +Y up, shared scale and palette across the pack - Licence: CC0 1.0 Universal (no attribution required) - Loading: three.js GLTFLoader; no additional decoders required. Load models individually from the manifest, or the starter scene as one file.
Also available as a JSON manifest or via the MCP server.
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Game kit
Space Station and Docking Bays
A near-future modular orbital station: pressurised modules on a hatch grid, truss and power structure, docking hardware, robotics, visiting free-flyers and interior fittings.
One GLB with every piece placed in a starter scene. Each model is also below on its own.
View demoEverything in this pack
Four-port station node (Space Station and Docking Bays)
A 3.6 m pressurised connecting node with forward, aft, port and starboard hatch ports on machined stubs, a zenith avionics box, grapple fixture, low-gain antenna and EVA translation rails.
Six-port pressurised hub (Space Station and Docking Bays)
A 4.1 m six-port hub with forward, aft, port, starboard, zenith and nadir hatches on machined radial stubs, diagonal gusset structure between the stubs and four EVA rail runs.
Research laboratory module (Space Station and Docking Bays)
An 11.2 m pressurised laboratory module: 4.2 m diameter hull with hatch ports at both ends, a zenith payload platform carrying two experiment canisters, two viewports, a deployed body radiator and full-length EVA rails.
Compact laboratory module (Space Station and Docking Bays)
A 7.2 m short-body laboratory module on the same hatch grid, with one pair of experiment canisters, a shorter radiator and fewer rail runs for tight station layouts.
Crew habitation module (Space Station and Docking Bays)
A 9.2 m crew habitation module with a three-window nadir band, two external stowage racks on struts, standoff debris shields on the ram face, a grapple fixture and EVA rails on a white blanketed hull.
Crew habitation module, gold blanket (Space Station and Docking Bays)
The habitation module finished with gold multi-layer insulation over the mid-section and dark stowage racks, for stations that mix blanket liveries across their pressurised elements.
Cargo logistics module (Space Station and Docking Bays)
A 6.7 m pressurised logistics module: one forward berthing hatch, a blanked conical aft service section with four reaction control pods and two gas tanks, a deployed antenna and a grapple fixture.
Cupola observation module (Space Station and Docking Bays)
A seven-window observation cupola, 3.1 m across the body and 3.7 m across the open shutters, that berths on a nadir hatch: a round centre pane, six angled side panes in machined frames and six external shutters opened on named hinge nodes.
Crew airlock module (Space Station and Docking Bays)
A 4.7 m crew airlock, 6.0 m overall with the hatch open: aft hatch to the station, a 1.4 m forward EVA hatch swung open on a named hinge node, two external high-pressure gas tanks, a nadir depress pump box and dense translation rails.
Expandable soft-goods habitat (Space Station and Docking Bays)
A 7.8 m expandable habitat: a lofted soft-goods shell scalloped by eight longitudinal restraint straps, rigid metal end bulkheads, an aft hatch port, four hoop straps and a grapple fixture.
Short connecting tunnel (Space Station and Docking Bays)
A 2.7 m pressurised connecting tunnel with hatch ports at both ends, a convoluted bellows mid-section, four external stiffener rods and translation rails on all four faces.
Service module with tankage (Space Station and Docking Bays)
A 7.4 m service module: forward hatch port, four external spherical propellant tanks on struts, a main engine bell, two reaction control pods and a nadir body radiator.
Truss bay segment (Space Station and Docking Bays)
A 4 m aluminium truss bay on a 2.4 m square section: four longerons, ribbed bulkhead frames, cross bracing, corner end fittings, a utility box, an EVA rail and a grapple fixture.
Truss bay segment with utilities (Space Station and Docking Bays)
The truss bay carrying a full utility fit: two orbital replacement unit boxes with gold covers and a routed fluid line loop between the longerons.
Truss end cap (Space Station and Docking Bays)
A 2 m closed truss end: half bay, a plated bulkhead with four fluid couplings, an avionics box, a low-gain antenna mast and one truss port so a run can be terminated.
Deployed solar array wing (Space Station and Docking Bays)
An 11.5 m deployed photovoltaic wing: a rotating base canister on a named gimbal node, a lattice mast and two 9.2 by 3.3 m blankets with cell strips, edge battens and a tensioning bar.
Stowed solar array canister (Space Station and Docking Bays)
A 4.1 m launch-stowed array canister: the same rotating base, a mast canister and two folded blanket boxes clamped either side with yellow release latches and a grapple fixture.
Deployed radiator panel array (Space Station and Docking Bays)
A deployed thermal radiator: a pump and rotary bracket on a truss port, a spine beam and three 3.4 by 2.6 m panels fanned on named hinge nodes with fluid line ribs.
Stowed radiator panel array (Space Station and Docking Bays)
The radiator retracted for launch or safing, with the three panels folded into a parallel stack on their hinge nodes above the pump bracket.
Truss rotary joint (Space Station and Docking Bays)
A 2.7 m truss rotary joint: two short truss stubs, fixed race housings and a 3 m drive ring with twelve trundle bearing blocks on a named rotating node, plus a routed power line.
External stowage platform (Space Station and Docking Bays)
A 3.2 by 2 m external stowage platform: a slatted deck on standoffs, four spare orbital replacement units under tie-down straps, a side bracket with a truss port, a grapple fixture and an EVA rail.
EVA handrail run (Space Station and Docking Bays)
A 2.2 m external handrail run on a mounting strip: two yellow translation rails on machined standoffs, a base plate with a blanket patch and a marked worksite label.
Androgynous docking port (Space Station and Docking Bays)
A 2.1 m androgynous docking mechanism: a bolted base flange with a station hatch port at the rear, an active capture ring with three guide petals, four latch housings and a target patch.
Extended soft capture ring (Space Station and Docking Bays)
A 2 m soft capture ring shown extended on six linear actuators: a fixed base flange, telescoping struts with damper bodies, the capture ring with a yellow contact band and three alignment blocks.
Common berthing mechanism (Space Station and Docking Bays)
A 2.5 m passive berthing ring: a bolted flange with sixteen powered bolts, four capture latch housings with their striker plates, four alignment guides and a sealed hatch face.
Docking target cross (Space Station and Docking Bays)
A 0.9 m docking alignment target: a bolted base plate on four braces carrying a framed board with a raised black cross and ring, and a centre standoff pin with a yellow cap for the approach camera.
Transfer tunnel with hatch (Space Station and Docking Bays)
A 2 m square-section transfer vestibule with a clear 1.7 m bore between two hatch ports, a 1.5 m swing hatch standing open on a named hinge node with a viewing pane, interior rails and a wall control panel.
Hinged hatch cover (Space Station and Docking Bays)
A 2 m hatch cover assembly: a bolted seat ring with a sealed face and six latch blocks, and a domed insulated cover swung fully open on a named hinge node carried by two support links.
Station manipulator arm (Space Station and Docking Bays)
An 11 m six-joint station manipulator posed mid-reach: a latching base platform with a grapple fixture, two blanketed booms with cable conduits, six named joint nodes, an elbow camera with work lights and a snare end effector.
Latching end effector (Space Station and Docking Bays)
A 1 m robotic end effector: a bolted interface plate, a blanketed barrel, an electrical connector face and a rotating snare ring carrying three capture cables, with a camera and two work lights.
Dexterous two-arm manipulator (Space Station and Docking Bays)
A 3.4 m dexterous manipulator: a grapple body with a rolling torso node, a shoulder beam carrying two three-joint arms with parallel-jaw grippers, a stereo camera head and two tool holsters.
Mobile base cart (Space Station and Docking Bays)
A 3.6 m mobile base that translates along a truss rail: a rail beam with four named roller nodes, a blanketed carriage, a grapple fixture, avionics boxes, a portable foot restraint plate and two EVA rails.
Robotic grapple fixture (Space Station and Docking Bays)
A 0.7 m flight releasable grapple fixture: a bolted base plate, a target ring, a central grapple pin with three capture ramps and a yellow alignment label for the arm camera.
High gain antenna dish (Space Station and Docking Bays)
A 2.3 m steerable high gain antenna: a bolted base, a two-axis gimbal on named azimuth and elevation nodes, a parabolic reflector with a stiffening rim and a feed horn on three struts.
S-band boom antenna (Space Station and Docking Bays)
A 2.1 m S-band communications antenna: a bolted base, an angled mast, a circular ground plane and a four-arm helix wound about the feed rod with a radome cap and an avionics box.
Reaction control thruster quad (Space Station and Docking Bays)
A 1 m reaction control pod: a bolted mounting plate, a blanketed manifold housing, four splayed bell nozzles, a propellant accumulator sphere and routed feed lines.
External camera arm (Space Station and Docking Bays)
A 2.5 m external camera boom: a bolted base, a blanketed mast with a cable conduit, a named pan node, a tilting camera head with a lens hood and two work lights on a named tilt node.
External experiment platform (Space Station and Docking Bays)
A 2 by 1.2 m external payload platform on standoff feet: a slatted deck with tie rails, a small telescope tube, a sample exposure tray with a lid on a named hinge node, an avionics box with a radiator fin and an EVA rail.
Safety tether reel (Space Station and Docking Bays)
A 0.7 m crew safety tether reel: a bolted base with two frame plates, a drum on a named rotating node wound with yellow tether, a guide arm and a deployed tether ending in a snap hook.
Crew ferry capsule and service module (Space Station and Docking Bays)
A 7 m crew ferry: a blunt cone capsule with an ablative shield, three viewports, four attitude control pods and a nose docking ring, joined to a service module with a main engine bell, two 5.2 m solar wings and body radiators.
Automated cargo freighter (Space Station and Docking Bays)
A 7.4 m automated cargo freighter: a pressurised cylinder with a forward docking ring, four 4 m solar wings at 45 degrees, four attitude pods, a main engine, a rendezvous antenna and a grapple fixture.
Free-flying inspection drone (Space Station and Docking Bays)
A 0.55 m free-flying inspection drone: a rounded cube body with radiator faces, a gold top blanket, a forward camera dome, a side camera, two lights, eight thruster nozzles and a stowage grab loop.
EVA manoeuvring unit (Space Station and Docking Bays)
A 1.4 m crew manoeuvring backpack: a blanketed central pack between two wrap-around arms with hand controllers, two nitrogen tanks with feed lines, sixteen thruster nozzles on the arm corners and a yellow foot restraint bar.
Extravehicular activity suit (Space Station and Docking Bays)
A 2.1 m extravehicular suit posed standing: hard upper torso, soft lower torso and limbs with joint bearings, a helmet with a gold visor and light bar, a life support backpack, a chest display module and tether hooks.
Small propellant tanker (Space Station and Docking Bays)
A 3.8 m propellant tanker: an open aluminium frame carrying two 1.8 m spherical tanks with blanket covers and transfer plumbing, an avionics bay, two 3 m solar wings, four attitude pods and a docking ring.
International payload rack (Space Station and Docking Bays)
A 2.01 m standard payload rack with a trapezoidal shell that follows the module wall: five drawer fronts with pull handles, a control display, a cooling vent stack, rear standoffs with umbilicals and a named tilt hinge node.
Payload rack, stowage livery (Space Station and Docking Bays)
The payload rack in the darker stowage livery used for logistics bays, with grey drawer fronts and a gold identification band above the display.
Crew sleep station (Space Station and Docking Bays)
A 2.05 m crew sleep station: a three-sided acoustic booth with a restrained sleeping bag and pillow, tether straps, a laptop on a swing arm, a reading light, wall stowage pockets and a folded privacy curtain.
Resistive exercise device (Space Station and Docking Bays)
A 2.15 m resistive exercise machine: a bolted base with a grip deck, two cylinder canisters on uprights, a cable pair, a loaded lift bar on the rails, an adjustable foot bar, a pad and a control display.
Sealed science glovebox (Space Station and Docking Bays)
A 1.7 m sealed science glovebox: a bolted equipment base, a rounded work volume with a front window and frame rails, two gauntlet ports, an interior work tray, a side transfer airlock and a control panel with indicator lights.
Crew laptop station (Space Station and Docking Bays)
A 1.4 m crew laptop station on a section of module wall: a bolted mount plate, a two-segment articulating arm with joint housings, a laptop with a tilted screen, a routed power cable and a wall utility outlet.
Stowage bag wall (Space Station and Docking Bays)
A 1.9 by 1.7 m stowage wall: a module wall segment with eight soft cargo transfer bags of three sizes, each with a closure flap and a yellow pull tab, held by three webbing straps on two vertical rails.
Portable foot restraint (Space Station and Docking Bays)
A 0.55 m portable foot restraint: a bolted base plate, an adjustable post with a locking knob, a named yaw node and an angled platform with two shoe cups, toe bars and heel clips.
Cable and utility bundle run (Space Station and Docking Bays)
A 2.2 m utility run on a module wall segment: three standoff clamps with cable rings, a six-cable bundle in mixed jacket colours, a junction box with three connector stubs, a service label and an end grommet.
Cabin ventilation duct run (Space Station and Docking Bays)
A 2 m cabin ventilation run on a module wall segment: a rectangular duct with flanged joints and a louvred diffuser, a fan box with a bladed inlet grille, a ribbed flexible hose loop and a service label.
Waste and hygiene stall (Space Station and Docking Bays)
A 2.1 m waste and hygiene compartment: a three-sided stall with a folding door on a named hinge node, a waste unit with a seat interface, a ribbed hose on its holder, two grab rails, a control panel and a ceiling light.
Assembled Orbital Station (Space Station and Docking Bays)
Twelve pressurised elements bolted on the hatch grid around a six-port hub: a laboratory and node forward with a berthed crew ferry, a logistics module and airlock on the node radials, a cupola on the hub nadir, a tunnel, second node, habitation module, expandable habitat and...
Docking Approach (Space Station and Docking Bays)
A four-port node with a laboratory, airlock and tunnel attached, its forward port left free with an alignment target and camera arm. A crew ferry holds 14 m out on the port axis and an automated freighter waits 34 m behind it, with a suited crew member on a manoeuvring unit...
Connector Cases (Space Station and Docking Bays)
Independent test assemblies covering both port types: axial, radial and nadir hatch mates between modules, a berthing ring mated to a docking port, a ferry berthed to a logistics module, and truss mates joining bays, a rotary joint, an end cap, deployed and stowed...
Interior Work Bay (Space Station and Docking Bays)
A 7 m stretch of pressurised interior: six payload racks facing each other in two liveries, a glovebox, sleep station, exercise device and hygiene stall along the aft wall, a stowage bag wall, cable run and ventilation duct on the port wall, a laptop station, a foot...
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