Free models · Game-ready GLB
Exterior
Every stylized 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.
2,013 free GLB models
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.
Gravel Ground Tile (Wind and Solar Energy Farm)
The same 8 m module finished as compacted gravel hardstanding, for the compound, the crane pad and the working areas around the plant.
Site Ground Tile (Wind and Solar Energy Farm)
An 8 m square of rough site grass with tussocks and loose stones, ported on all four edges so any number tile into the field a wind or solar farm stands on.
Spare Panel Pallet Stack (Wind and Solar Energy Farm)
A pallet of six spare modules strapped flat for delivery, with the yellow banding across the stack and a paperwork wallet on top.
Dc Cable Tray Corner (Wind and Solar Energy Farm)
A right angle corner in the DC cable tray, turning a run from the row into the inverter: the same ladder section and deck height as the straight, ported on both legs.
Dc Cable Tray Straight (Wind and Solar Energy Farm)
A 2 m run of DC cable tray on stub posts: a galvanised ladder tray with its rungs, carrying a bundled cable loom, ported at both ends so runs chain across a site.
Panel Cleaning Brush (Wind and Solar Energy Farm)
A telescopic panel cleaning brush in its floor stand: a 3 m steel pole with a yellow grip and a soft 0.6 m brush head, the tool a solar site is swept with.
AnimatedString Combiner Box (Wind and Solar Energy Farm)
A DC string combiner box on two posts: a 1 m grey enclosure with a drip hood, four cable glands underneath and a front door that opens on its own hinge.
Ground Screw Pile Footing (Wind and Solar Energy Farm)
A helical ground screw footing for a solar frame: a 0.9 m steel shaft with three helix flights and a bolted head plate, the foundation a ground mount array is driven into.
Roof Mount Panel Pair (Wind and Solar Energy Farm)
A pair of roof mounted modules on a ballasted rail frame: two panels at a shallow 12 degree tilt on concrete ballast blocks, for a cabin, office or barn roof.
AnimatedSolar Inverter Cabinet (Wind and Solar Energy Farm)
A string inverter cabinet: a 2.1 m grey enclosure on a plinth with a rain hood, cooling louvres, a hazard plate and two front doors that swing open on their own hinges.
AnimatedSolar Tracker Row (Wind and Solar Energy Farm)
A single axis tracker row: four modules clamped to a 9.4 m torque tube on three piers, with the drive cabinet at the end. The whole row tilts about the tube as one node.
Solar Panel Module (Wind and Solar Energy Farm)
One ground mounted photovoltaic module on its own steel frame, tilted 28 degrees on four feet, with the junction box behind it. Ported left and right so any number repeat into an array row.
AnimatedTurbine Transport Trailer (Wind and Solar Energy Farm)
A low loader trailer section for turbine parts: an 11 m deck on a gooseneck with a kingpin plate, two wheeled axles that roll, yellow stanchions and a red rear marker board.
Turbine Blade On Cradle (Wind and Solar Energy Farm)
A 12 m turbine blade lying on its two yellow transport cradles, root can forward and red tip marker aft: the load a blade arrives on site as.
AnimatedVertical Axis Wind Turbine (Wind and Solar Energy Farm)
A 5 m vertical axis wind turbine on a cast base: three straight white aerofoil blades held off a steel spindle by struts, turning about the mast. The machine for a yard or a roof where a rotor cannot go.
AnimatedMet Mast With Instruments (Wind and Solar Energy Farm)
A 21 m triangular lattice met mast: braced legs on three pad feet, instrument booms carrying a wind vane, a radiation shield and a logger cabinet, and a cup anemometer that turns at the top.
Turbine Tower Base Section (Wind and Solar Energy Farm)
The bottom 4.4 m can of a turbine tower: a white tapered section on its charcoal flange, with the access doorway, an internal ladder strip and the bolted top flange left open for the next section.
AnimatedTurbine Access Door Panel (Wind and Solar Energy Farm)
The access door panel from a turbine tower base: a white wall section with a steel canopy, warning plates and a grey steel leaf that swings open on its own hinge node.
Turbine Foundation Pad (Wind and Solar Energy Farm)
The reinforced concrete foundation a turbine stands on: a 9.2 m octagonal pad stepped up to a plinth, with the charcoal anchor ring and its sixteen bolts left exposed for the tower flange.
AnimatedWind Turbine Tower (Wind and Solar Energy Farm)
A three blade utility wind turbine: a 28 m tapered white tower on a base collar, a nacelle with its yaw ring and cooling face, and a 24 m rotor that turns about the nacelle axis.
AnimatedTurbine Nacelle and Hub (Wind and Solar Energy Farm)
The nacelle and hub of a utility turbine sat on its yellow transport cradles at ground level, with three blade root cans on the hub and the rotor still free to turn.