Created today
Description
A stripped-down, standalone frame replica for the Janome RE10B embroidery hoop. This is purely the central retaining ring with all machine-mounting hardware, tabs, and locking screws removed, leaving a clean, continuous loop.
Verify the 100x40 mm inner bore before printing to ensure your fabric setup will fit correctly. The edges are filleted vertically to recreate the capsule-like profile of the original part.
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A quad frame for 8 mm motors with a 14 mm wide, lattice-cut camera mount on the top deck. Fitment Motors: 8 mm, in 8.4 mm bore cups. Does not fit 7 mm or 11xx motors without resizing. Camera mount: 14 mm wide extender and slanted plate, with a single vertical wall at the low end and a 7 mm lens hole. Frame: 4 arms, 58 mm guard rings with two curved sticks each, raised deck, hollow pointed legs. Check before printing Measure the camera body width. The 14 mm wall suits only nano-size FPV cameras. Known limits No flight-controller holes in the deck. The camera has no retaining feature. Use a strap or glue.

A slab-sided late-70s Ford pickup shell in the squarebody mould, paired with a 4x4 ladder frame. The body has a flat hood, upright windshield, boxy cab with a flat roof and a straight-sided bed, with square wheel openings at both axles and a slotted grille. Design notes Body prints separately and sits over the frame on four pinned mounts Underside is open so it drops over the rails Frame has arched rails, shock towers, battery cradle and electronics plate Pairs well with a two-tone paint job
A lightweight unibody quadcopter frame designed for micro builds. Central Chassis: Hollowed core with standard mounting clearances for electronics. Motor Mounts: Integrated cups sized for 7x16mm coreless motors. Landing Gear: Separate skid-style legs printed alongside the main frame. The frame sits flat on the plate for an easy print without supports.
Two seatbelt buckles flop around and fall into the seat gap, so this holder stands both upright side by side in the backseat of a Toyota Sienta. Each 33 x 53 mm pocket goes straight through the base, so the buckle and webbing pass through with nothing blocking the bottom. Pocket size: 33 x 53 mm each, sized for a 31 x 51 mm buckle Sleeve height: 28 mm above a 6 mm base Overall footprint: 130 x 64 mm Centre screw hole: 4.5 mm Print flat on the base, no supports needed
Veloce is a purpose-built 3D-printable platform engineered for high-speed differential line following. To hit the aggressive 160×130mm envelope without compromising on handling, the architecture mounts the Arduino Mega and battery in a transverse layout right over the drive axle. This keeps rotational inertia extremely low, allowing the twin N20 gearmotors to snap the chassis through sharp 90-degree turns without oscillating. The front features a modular, underslung sensor bracket that drops the PCB down to track level while heavily protecting the leading edge. Wide slots allow you to mechanically dial in the RLS-08's asymmetry so the IR array sits dead-center on the robot's axis. Features Transverse Core: Mounts the Mega 2560 and 2S battery pack sideways to pull the mass closer to the axle. Modular Drive Mounts: Mirrored left/right N20 brackets hold the gearboxes rigidly by the faceplate, completely decoupling chassis stress from the motor bodies. Underslung Sensor Tray: Drops the RLS-08 directly into the 3mm sensing zone without exposing the PCB to front-impact damage. Wire Routing: Integrated zip-tie holes and defined component zones (BMS, Buck, Driver) keep high-current lines separated from signal paths. Compatibility The hole pattern and cutouts are specifically tailored for: Arduino Mega 2560 (Transverse) 2× N20 Geared DC Motors & 42mm Drive Wheels SmartElex RLS-08 Line Sensor 2S 18650 Battery Holder, 2S BMS, LM2596 Buck Converter, and TB6612FNG Driver 35mm Flanged Ball Caster

A complete set of nine 25mm wargaming tokens tailored for tabletop tracking. Designed with a clear separation between the base and the raised lettering, making them perfectly suited for a mid-print filament swap or a multi-material system. Specifications Dimensions: 25 mm diameter, 4 mm overall height. Tolerances: The raised text and outer rim sit exactly 1 mm above the base layer, creating a clean Z-height transition for color changes. Printability: No supports required. The bottom edges feature a 1 mm chamfer to prevent elephant-foot distortion on the first layer, ensuring the tokens remain perfectly circular and easy to pick up from flat tables. Layout: Arranged in a flat 3x3 grid for immediate batch printing. Can be split into individual models in the slicer if needed.