Created 1 months ago
Remixed once
Description
A heavy-duty zig-zag anchor cleat designed specifically for marine T-track systems (YakAttack, Scotty, RAM).
This printed assembly includes the cleat body, two M8 threaded T-bolts, and two knurled hand nuts.
Photos
Technical views
A compact, single-piece delivery truck chassis designed as Part 1 of a commemorative desk model. Engineered to print in place with zero assembly required for the base. Integrated Wheels: Solid cylinders fused into the chassis base for a robust, no-moving-parts foundation. Rear Platform: Provides a flat bed with two precisely placed alignment pins to locate a custom cargo box. Commemorative Markings: Features embossed text on the cabin roof celebrating the occasion. Built to be fully printable without supports, keeping the underside flat and stable.

A compact, 4-row mechanical stat counter. This model features a fully integrated print-in-place leaf spring and cam system designed specifically for FDM limits. Features 4-Row Array: Eight numbered dials grouped into four rows, displaying double-digit values. Mechanical Detents: Leaf springs elevated off the baseplate by 0.5 mm ensure each dial clicks into position precisely and won't fuse to the floor during printing. Low Profile: The housing is optimized to sandwich the gears with just a fraction of a millimeter of Z clearance. Print notes Print without supports — the 0.5mm gap under the leaf springs will bridge cleanly. Fine layer height (0.12 - 0.16 mm) is recommended for the digits and detent nubs.
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
Pinching off a lens cap and immediately dropping it in the dirt is an avoidable mistake. This clip mounts directly to a camera strap to hold a 67mm pinch cap securely while the lens is in use, keeping it out of your pockets and off the ground. Strap slot: 42mm wide with a 3.2mm clearance and a diagonal slip-channel, letting it twist onto the webbing without unthreading the strap. Cap receiver: 67.5mm internal groove catches the cap's pinch prongs, with an angled lip to lock them in place. Tether loop: 6mm bore on the side to run a backup paracord lanyard. Print orientation: Internal overhangs are angled to print support-free when placed face-up on the plate.
A two-piece threaded cap and deflator button for standard Schrader valves, designed to bleed tire pressure without needing a separate tool. The hex-bodied cap threads securely onto the valve stem while housing a captive push-button mechanism. Assembly Drop-in fit: The plunger is designed to be dropped into the open bottom of the cap before threading it onto the tire. Captive design: Once screwed onto the valve, the tire stem itself traps the flange of the plunger against the ceiling of the cap, keeping it permanently secured. Print orientation: Both pieces sit completely flat on the build plate, needing no supports or brim to print cleanly.