Created today
Description
An accurate 1:76 (OO scale) side gate and structural frame, designed to fill the gap between small detached model houses. The model features correct proportions for a standard 6x3ft domestic timber gate.
Images
A 4mm scale (OO gauge) wooden side gate, complete with an outer frame. Features standard vertical planking on the front, Z-bracing on the back, and basic hinge and latch hardware. Specs Scale: OO (4mm to 1 foot) Opening: 12mm wide Overall Frame: 15mm wide, 26mm high Orientation: Posts and rear bracing sit flat on the build plate for easy printing.
A miniature school bus scaled to exactly 120 mm in overall length, proportioned realistically for print-in-place FDM printing. Features include recessed windows to preserve a watertight manifold body, integrated fenders, and robust side mirrors that won't snap when the supports pull away. Dedicated Sign Panels: Extruded flat blanks on the sides carry the requested school name on two clear lines. Exact Dimensional Fit: The front and rear bumpers are anchored dead on the 120 mm boundaries. Printability: The entire base is sliced flat at Z=0, guaranteeing solid bed adhesion without rafts.
A 1:6 scale kidney-shaped pool basin optimized for flat build plates, featuring an integrated U-channel slide receiver on the front edge. The structure prints as a single monolithic part with no overhangs requiring support material. The basin wall is swept to provide a soft 3mm top bevel, and the interior floor transitions via a 4mm chamfer to prevent sharp 90-degree corners that trap water or dirt. Dimensional Specs Max Footprint: 240 mm × 175 mm (fits standard 256 mm build volumes). Basin Height: 50 mm overall; 44 mm usable interior depth. Wall Thickness: 10 mm continuous structural wall. Slide Interface: 70 mm wide channel with 15 mm vertical retention walls and exactly 15 mm of socket depth to positive stop. Base Plate: Solid 6 mm thick floor, printing entirely flat to the bed.
A clean, industrial-styled button box designed for sim racing rigs, controlling Wind, Pedals, and Bass Shakers via SimHub. The enclosure uses a faceted, dodecahedron-inspired geometry to eliminate flat overhangs and keep the footprint small. The front panel cuts a heavy 45° chamfer, hiding the seam where it snaps into the rear body. Features internal snap-fit prongs and receiver towers — no visible hardware required. Base dimensions reduce sharply toward the mount to avoid interfering with wheelbases or monitor arms. Built with clearances for standard Cherry MX switches and a toggle switch cut out for the top left.
The foundation of the modular heavy-duty transport system. This structural ladder-frame chassis is engineered to bear the weight of the Moroccan Unity Day parade truck, serving as the central spine that unites the front cabin, cargo box, axles, and front bumper. Designed for FDM printing on large-format beds like the K1 Max, it maximizes structural rigidity through boxed crossmembers while shedding unnecessary weight via lateral truss cutouts. Features Heavy-Duty Ladder Frame: Twin 15mm longitudinal beams locked together by five robust crossmembers. Reinforced Axle Blocks: Widened mounting zones at the front and rear accommodate 8mm axles, providing stability under load. Modular Interfaces: 6.3mm top-down alignment holes for the cabin and cargo modules, plus 5.3mm front-facing ports for bumper attachment. All joints feature a 0.3mm tolerance for smooth friction-fit assembly. Print Notes Situate flat on the bed (Z=0). Prints entirely without supports. Recommended minimum 3 perimeters (walls) and 25% gyroid infill for structural durability.
A fully printable, purely mechanical shot counter designed to clip onto a basketball hoop. Every component has been laid out flat on the print bed in its optimal printing orientation to avoid unnecessary supports and ensure layer strength across the linkages. Housing Shell & Cover Plate: Dropped onto their solid side faces. Wheels & Axles: Standing flat on their bases to keep the ratchets clean. Lever Assembly: Laid flat on the paddle side to minimize overhangs around the pivot points. Mounting Clip: Tipped sideways so the layer lines reinforce the snap hooks.