Free models · Game-ready GLB
Exterior
Every model 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 themed set from the packs.
7,551 free GLB models
Concrete Apron Tile (Bus Station and City Transit)
A 8 x 8 m poured concrete apron tile, 120 mm thick, with its expansion joints marked. Tiles butt on all four edges, and every other ground piece in the pack is an overlay laid on top of one.
Double Decker Red Livery (Bus Station and City Transit)
The double decker repainted into the second house livery, red over the same yellow waist stripe. The geometry, the doors and the wheels are identical to the blue double decker.
City Bus Red Livery (Bus Station and City Transit)
The 12 m city bus repainted into the second house livery, red over the same yellow waist stripe. The geometry, the doors and the wheels are identical to the blue bus.
Double Decker Bus (Bus Station and City Transit)
An 11 m double decker on the same chassis: two glazed decks, a 4.3 m roofline, one kerb side door at the front and a second amidships, and the same rolling wheels. The internal staircase is not modelled, because nothing outside the shell would show it.
Trolleybus (Bus Station and City Transit)
The 12 m city bus fitted for overhead wire: a roof gantry and two trailing collector poles on top of the same shell, with the same two sliding doors and four rolling wheels. The poles are rigid and do not swing or track the wire.
City Bus Single Decker (Bus Station and City Transit)
A 12 m low floor city bus in the pack neutral blue livery: a full glasshouse on both sides, two kerb side sliding door leaves, wheel arch eyebrows over both axles, a roof air handling pod and a route blind over the windscreen. Four wheels on their own axle pivots.
Articulated Bus (Bus Station and City Transit)
An 18 m articulated bus: two hull sections joined by a ribbed concertina, three axles, three kerb side sliding doors and glazing that stops either side of the joint. The turntable inside the concertina is solid and does not bend, because a rigid node cannot articulate it.
Site Floodlight (Wind and Solar Energy Farm)
A 6.6 m site floodlight column on a ballast base: three angled LED heads on a cross arm with a control box at working height, for the compound and the crane pad.
Bird Deterrent Post (Wind and Solar Energy Farm)
A 2.7 m bird deterrent post: a steel spike with four reflective red and white vanes and a marker ball, set along the array rows and the track edges.
Weather Station (Wind and Solar Energy Farm)
A tripod weather station 3.3 m high: a logger box, a small solar panel, a rain gauge, a wind vane and a cup anemometer that turns at the top of the mast.
Tool Crate (Wind and Solar Energy Farm)
A 1.2 m site tool crate in safety yellow with charcoal corner bands and a hasp, its lid hinged along the back edge so it lifts open.
Cable Drum (Wind and Solar Energy Farm)
A 1.7 m cable drum on its chocks, wound with charcoal power cable between grey flanges, with a blank rating plate on the side. The drum turns on its own axle.
Site Service Van (Wind and Solar Energy Farm)
A white service van for the site team: a 5.2 m panel van with a glazed cab, a roof beacon, a livery panel left blank and four road wheels that roll.
Site Office Portacabin (Wind and Solar Energy Farm)
A 6.4 m site office portacabin: a white unit with a yellow waistband, three glazed windows, a step up to the door and a fire point plate, for the people who run the farm.
Wood Pole Power Line (Wind and Solar Energy Farm)
A 9 m creosoted wood pole carrying two crossarms of insulators, a pole mounted box and a hazard plate, with six straight conductors running through on the site collection line.
Battery Storage Container (Wind and Solar Energy Farm)
A 6 m battery energy storage container: a corrugated white unit with a side mounted cooling pack, fire and hazard plates and two end doors on their own hinges.
Control Cabin Unit (Wind and Solar Energy Farm)
The site control cabin: a 4 m walk in kiosk with a yellow eaves band, a ventilation grille, a fire point plate, a step at the door and a single leaf that swings open.
Switchgear Cabinet Run (Wind and Solar Energy Farm)
A run of three medium voltage switchgear cubicles on a shared plinth, each with its mimic panel, a rain hood over the lot and three front doors that swing open.
Warning Sign Set (Wind and Solar Energy Farm)
The sign set at the gate of an energy site on two posts: a yellow hazard board, a red diamond prohibition plate and a white site notice, all blank of any real operator marks.
Substation Transformer (Wind and Solar Energy Farm)
The site substation transformer: a 3.2 m oil filled tank on its bunded plinth with radiator banks, a conservator drum, three high voltage bushings, two low voltage bushings and a hazard plate.
Site Fence Gate (Wind and Solar Energy Farm)
The vehicle gate in the perimeter fence: a 3.8 m braced mesh leaf with a warning plate, hung on the same 4 m module as the fence panels and swinging open on its hinge post.
Site Fence Panel (Wind and Solar Energy Farm)
A 4 m welded mesh security fence panel on its post: galvanised mesh between top and bottom rails with a barbed top rail, ported left and right so a run closes round a compound.
Access Track Curve (Wind and Solar Energy Farm)
The quarter turn in the access track, sweeping from the north edge of the tile to the east edge on the same running width, so a haul route can bend round a turbine base.
Access Track Straight (Wind and Solar Energy Farm)
An 8 m tile of compacted gravel access track on grass, wide enough for the delivery vehicles, ported on all four edges so it drops straight into the ground tile grid.