Free models · CC0
Props
Every prop below is a self-contained .glb under 25 MB, released under CC0 1.0 so it can be used and modified in commercial projects without attribution.
Load one straight from its CDN URL with a plain GLTFLoader, or take a whole props set from the packs.
203 free GLB models
Waste and hygiene stall (Orbital 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.
Portable foot restraint (Orbital 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.
Stowage bag wall (Orbital 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.
Cable and utility bundle run (Orbital 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 (Orbital 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.
Crew laptop station (Orbital 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.
Sealed science glovebox (Orbital 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.
Resistive exercise device (Orbital 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.
Crew sleep station (Orbital 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.
Payload rack, stowage livery (Orbital 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.
International payload rack (Orbital 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.
EVA manoeuvring unit (Orbital 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.
Safety tether reel (Orbital 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.
External experiment platform (Orbital 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.
Reaction control thruster quad (Orbital 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 (Orbital 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.
Robotic grapple fixture (Orbital 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.
S-band boom antenna (Orbital 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.
Station manipulator arm (Orbital 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.
High gain antenna dish (Orbital 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.
Mobile base cart (Orbital 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.
Dexterous two-arm manipulator (Orbital 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.
Latching end effector (Orbital 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.
Hinged hatch cover (Orbital 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.