Free models · Game-ready GLB
Buildings
Every modern building below is a self-contained .glb under 25 MB that drops into three.js, Blender, Godot, Unity and Unreal, free to use and modify in commercial projects without attribution.
Load one straight from its CDN URL with a plain GLTFLoader, or take a whole buildings set from the packs.
1,471 free GLB models
AnimatedDrill floor with rotary table (Offshore Oil Rig and Platform)
The drill floor: a braced 8 m substructure under a grated floor with the rotary table and its master bushing set in a raised beam, the rotary slot and mousehole covers, and the driller cabin in one corner. The table turns.
Derrick section, 8 m (Offshore Oil Rig and Platform)
An 8 m stackable section of a square lattice drilling derrick: four chords with horizontal ties and crossed diagonals on all four faces, a climbing ladder, a racking board with finger latches and painted bands.
Jacket boat landing and ladder (Offshore Oil Rig and Platform)
The boat landing hung on a jacket leg: two fendered stringers with five rubber fender tubes, a caged ladder up the face, a grated half landing with handrails at the top and a painted approach marker.
Jacket pile stub and mud mat (Offshore Oil Rig and Platform)
The mudline foundation a leg lands on: a heavy grouted pile can on a square mud mat, with four gusset stiffeners, a flanged head and a grout return line. Put it under the bottom leg section when the seabed is modelled.
Jacket bracing panel, 18 m (Offshore Oil Rig and Platform)
The 18 m X brace that ties two jacket legs into a frame: two tubular diagonals crossing a horizontal member, gusseted connection plates at both ends and a painted collar at the crossing node.
Jacket leg section, 6 m (Offshore Oil Rig and Platform)
A 6 m flanged tubular leg of a fixed steel jacket, with the darkened splash zone band, four sacrificial anodes and a hazard ring at each brace level. Stack the sections to reach any water depth and tie them with bracing panels.
Spent Fuel Pond Corner (Nuclear Power Station and Control Room)
The pond bay with a second coping kerb and handrail down its side edge, for closing the end of a pond. Its two ports face along each kerb.
Spent Fuel Pond Edge (Nuclear Power Station and Control Room)
A 4 m bay of spent fuel pond: a concrete coping kerb along one edge with a handrail and a trefoil badge, a skimmer weir let into it, the lined floor of the basin and the water surface 240 mm down. End ports run it into a pond of any size.
Reactor Cavity Ring (Nuclear Power Station and Control Room)
The concrete cavity the vessel sits in: a 7.2 m stepped pit 1.8 m proud of the floor with a 5 m bore, a machined seal ledge and twenty four hold-down studs round it, edge protection on two sides and a trefoil on the kerb.
Containment Dome Section with Equipment Hatch (Nuclear Power Station and Control Room)
The containment section with a 3 m equipment hatch cast through the wall: a recessed barrel and a bolted steel cover on sixteen studs, at 2.6 m above the floor.
Containment Dome Section (Nuclear Power Station and Control Room)
A 90 degree cutaway section of a containment shell: an 800 mm concrete wall 7 m high on a haunched plinth, curving into the dome and sawn off at a ring beam 12 m up, with five buttresses and the steel liner inside. Two sections back to back make a half shell to look into.
Access Ladder with Hoops (Nuclear Power Station and Control Room)
A 3.6 m galvanised cage ladder: 34 mm rungs between channel stiles, hoop guards from 2.2 m up on a back stringer, and two wall brackets holding it off the structure.
Stair Tower (Nuclear Power Station and Control Room)
A bolted steel stair tower climbing 4 m in two flights round a half landing: ten grating treads a flight on channel stringers, a grating landing at each level on edge beams, four corner columns, and a sloped rail on posts up both sides of every flight.
Handrail Run (Nuclear Power Station and Control Room)
A 4 m run of plant handrail: a 48 mm top rail and a knee rail on three flanged posts, with a toe plate along the bottom and a painted band at each post. End ports run it round a floor edge.
Walkway Grating Section (Nuclear Power Station and Control Room)
A 4 by 1.2 m galvanised walkway panel: 40 mm bearing bars on 130 mm centres with cross bars, edge angles and a bearer at each end. End ports run it into a walkway of any length.
Plant Roof Slab (Nuclear Power Station and Control Room)
A 4 by 4 m roof bay: a 240 mm slab on two downstand beams and a cross beam, with a kerbed rooflight in the middle. End ports run it across an annex.
AnimatedBlast Door (Nuclear Power Station and Control Room)
A shielded blast door in a rebated steel frame: a 200 mm leaf on three knuckle hinges with a five spoke dogging wheel, four locking lugs down each stile and a trefoil badge at head height. It fits the doorway in the wall panel.
Plant Wall Panel with Doorway (Nuclear Power Station and Control Room)
The wall panel with a 1.3 by 2.3 m doorway cast through it and a steel jamb lining set into the reveal, sized for the blast door and the airlock pair in this pack.
AnimatedAirlock Door Pair (Nuclear Power Station and Control Room)
A personnel airlock: two glazed steel leaves 1.1 m apart in their own jamb frames, hung on opposite stiles with grab rails and vision panels, under a galvanised ceiling panel with an interlock lamp on it.
AnimatedPlant Floor Slab with Hatch (Nuclear Power Station and Control Room)
The floor bay built as a kerbed frame round a 1.2 m service opening, closed by a lift-off galvanised grating cover on a steel angle kerb.
Plant Floor Slab, Hazard Marked (Nuclear Power Station and Control Room)
The floor bay with a painted chevron keep-clear marking standing 4 mm proud of the slab, for the ground under a crane hook or in front of a switchgear cubicle.
Plant Floor Slab (Nuclear Power Station and Control Room)
A 4 by 4 m cast floor bay 300 mm thick with chamfered edges and a recessed lifting socket at each corner. Four ports on the bay edges tile it out into a plant floor of any size.
Plant Wall Panel (Nuclear Power Station and Control Room)
A 4 by 4 m precast wall panel 300 mm thick with a stiffening rib at each end and a painted band at waist height. End ports run it into a continuous wall.
Stone Wall Section (Vineyard and Winery)
Four metre stone wall bay 2.96 m tall and 420 mm thick, faced in rough coursed rubble on both sides with a stepped coping over it. Butts end to end and into the corner pillar.