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Description
A scaled-up quadcopter frame designed for 7mm coreless motors. Originally modeled for a compact layout, the arms are now extended to give a full 100x100mm outer footprint while retaining the 25.5mm whoop flight controller mounting pattern.
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A solid unibody quadcopter frame designed to hold four micro drone motors. Features: Solid central chassis block Swept structural arms Motor mounts with clearance for 8.5mm motors Unified 8mm frame thickness with 7.5mm arms
Large vehicle prints warp, lift off the bed, or take days to finish. Splitting the chassis into smaller, hollowed quadrants stops the curling and lets the pieces finish quickly. This is the left-side foundation. Fit Details Overall Dimensions: 140 mm × 70 mm × 12 mm Wall Thickness: 3 mm perimeters and floors for rigid bridging Mating Pins: 5 mm diameter pins into 5.3 mm receiver holes for a clean press-fit Panel Mounts: Four 6.3 mm top sockets align the upper body elements
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.
A compact, print-in-place traveling nut mechanism designed to mount onto a 15mm diameter shaft. This stopper locks rotation exactly at 900 degrees (2.5 turns) in either direction. The inner blue sleeve slides over your 15mm shaft and secures with a standard M3 bolt and captive nut, while the outer orange traveler moves up and down the internal threads as the wheel turns. Fitment and Constraints Host Shaft: 15mm diameter. The bore is modeled at 15.2mm to allow for a snug fit. Rotation Limit: Exactly 900 degrees (2.5 turns), enforced by rigid top and bottom flanges. Assembly: Print-in-place. The mechanism prints fully assembled with 0.4mm radial clearance in the threads, permanently capturing the traveler nut between the outer flanges so it cannot back off. Installation Requirements: You must have a fixed block or housing wall nearby for the traveler nut's side tab to ride against; this prevents the nut from simply spinning with the shaft and forces it to travel linearly.
A 70x25 mm solid front wheel designed to mate with a standard 12 mm RC hex drive. Built as a single rugged piece, it combines a deep-block tire tread with a solid structural hub to handle the weight of larger FDM parade and display builds. Fitment Specs Drive Interface: 12 mm standard RC hex (6 mm deep pocket) Axle Bore: 5.2 mm clearance hole Outer Dimensions: 70 mm OD × 25 mm width Printing: Flat on the hex face, no supports required.
Introducing CycMount, a robust camera mount engineered to secure action cameras to standard 22mm bicycle handlebars. Built with frequent swaps in mind, it utilizes custom wing nuts for a completely tool-free installation, allowing quick transfers between bikes. The integrated three-prong interface is precisely dimensioned with 3mm thick fingers on a 5mm pitch, ready to accept standard action camera housings and a 5mm pivot bolt. Design Features Strength by Orientation: Both clamp halves print flat on their sides, aligning the layer lines perpendicularly to the clamping stress for maximum strength. Support-Free: The horizontal print orientation ensures the 22mm handlebar bore and the 5.2mm pivot hole print perfectly round without requiring slicer supports. Tool-Free Adjustments: Includes two custom wing nuts designed with integrated M5 hex nut traps. Required Hardware 3× M5 Hex Nuts (two for the wing nuts, one for the bottom clamp) 2× M5 Cap Head Bolts (for the main clamp body) 1× M5 Bolt (for the camera pivot)