About
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 and an inspection drone standing off. Layout artifact; no animation or approach logic.
Use with an AI agent
Copy this prompt into your AI chat, then describe what you want to build with the asset.
Use the “Docking Approach (Orbital Station and Docking Bays)” asset in my project. Model: https://cdn.3dassets.dev/assets/13664/v1/model.glb Asset page: https://3dassets.dev/assets/orbital-station-and-docking-bays-docking-approach-30c18587 Description: Composed example for Orbital Station and Docking Bays. - Dimensions (X × Y × Z): 16.178 × 9.263 × 55.376 metres - Triangles: 38.2k - Animations: none - Licence: CC0 1.0 Universal (https://creativecommons.org/publicdomain/zero/1.0/) - Loading: Three.js GLTFLoader; no additional decoders required.
Also available as JSON, Markdown, or via the MCP server.
Import manually
Choose your framework, then copy the code into your project to load the asset.
import { GLTFLoader } from 'three/addons/loaders/GLTFLoader.js'
const loader = new GLTFLoader()
loader.load('https://cdn.3dassets.dev/assets/13664/v1/model.glb', (gltf) => {
scene.add(gltf.scene)
})Docking Approach (Orbital Station and Docking Bays)
Composed example for Orbital Station and Docking Bays.
More in Environments & Scenes
Country station with a passenger train at the platform (Steam Era Railway and Rolling Stock)
Composed example for Steam Era Railway and Rolling Stock.
Spring meadow tile (Turning Seasons)
Spring meadow tile in a warm, faceted storybook style.
Cathedral and Crypt Connector Cases (Vampire Crypt and Gothic Cathedral)
Composed example for Vampire Crypt and Gothic Cathedral.
Similar assets
Assembled Orbital Station (Orbital Station and Docking Bays)
Composed example for Orbital Station and Docking Bays.
Interior Work Bay (Orbital Station and Docking Bays)
Composed example for Orbital Station and Docking Bays.
Truss bay segment with utilities (Orbital 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.
Androgynous docking port (Orbital 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.
Docking target cross (Orbital 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.
Connector Cases (Orbital Station and Docking Bays)
Composed example for Orbital Station and Docking Bays.
Truss bay segment (Orbital 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.
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.
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.
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.
Four-port station node (Orbital 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.
Small propellant tanker (Orbital 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.