Created 9 days ago
Description
A zero-hardware, print-in-place clamp for mounting a 10x4mm cylindrical magnet to an e-bike spoke, designed for velocity sensors.
The two-piece assembly uses an M16x2 thread to clamp directly over the spoke, trapping the magnet inside the cap and requiring no glue or screws.
Images
A set of three flat-printed aerodynamic test gliders designed for direct side-by-side flight comparison. Built specifically to eliminate variables, all three models share an identical streamline fuselage, tail assembly, weight distribution, and a total wing planform area locked exactly at 3600 mm². The only variable is the main wing geometry. Design Geometry Total Wing Area: 3600 mm² per aircraft Wing Thickness: 0.8 mm (prints as a solid, flexible surface) Rectangular Wing: 120 mm span × 30 mm uniform chord Tapered Wing: 120 mm span, tapering from a 40 mm root to a 20 mm tip chord Delta Wing: 120 mm span, tapering from a 60 mm root to a 0 mm tip chord Print Notes These are designed as print-in-place monolithic objects. The entire flat bottom of the aircraft (wing, tail, and fuselage belly) rests on the build plate at Z=0. Because the wings are only 0.8 mm thick, they print entirely solid in 4 standard 0.2 mm layers without needing supports. For simulated dihedral, gently bend the wings upward close to the fuselage immediately after removing them from a warm build plate.
A fully articulated, print-in-place scale model capturing the iconic six-wheel stance of off-world explorers. The design relies on the famous rocker-bogie suspension geometry, allowing the wheels to ride over uneven terrain while keeping the main chassis relatively stable. It prints entirely assembled as a single piece. Print Guidelines Clearance: Designed with 0.4mm gaps on all articulating joints. Orientation: Prints directly on its wheels. Support: No supports required. The internal axle caps are conical to bridge cleanly. Post-Processing: Gently work each wheel and pivot arm free after taking it off the bed to break away any tiny stringing inside the joints.
Model mobil mainan berukuran 120mm ini dicetak dengan interior yang sudah menyatu. Desain ini merangkum dasar-dasar bentuk kendaraan dengan jendela terbuka sehingga bagian dalam dapat terlihat jelas. Parameter yang bisa disesuaikan Proporsi: Panjang, lebar, dan tinggi atap bisa ditarik atau ditekan untuk mengubah jenis mobil dari sedan ke SUV. Roda: Diameter dan lebar roda dipisahkan agar mudah diganti ukurannya jika kamu ingin menggunakan ban karet tambahan. Interior: Posisi setir, ketebalan dasbor, dan ukuran kursi belakang memiliki ruang gerak untuk dimodifikasi menjadi model balap satu kursi atau van penumpang penuh. Dirancang agar dicetak utuh. Area kabin sengaja diukir cukup dalam dengan lantai rata untuk memudahkan modifikasi di masa depan.
This modular arm mounts a Logitech K235 wireless keyboard to a tubular sim racing chassis, allowing you to swing the keyboard into your lap for typing and fold it away while driving. The mechanism relies on structural box-section arm segments and heavy-duty M6 bolted joints to prevent sagging and resist vibration. A split-clamp base mounts to the frame without drilling, and the central keyboard tray uses recessed neodymium magnets to keep the keyboard anchored during intense force-feedback moments. Hardware Required Cockpit Mount: 2× M5x50mm bolts & hex nuts. Articulated Pivots: 3× M6x40mm bolts, washers, & nylon lock nuts. Keyboard Retention: 4× 10x3mm circular neodymium magnets (press-fit or glued into the tray). Printing Advice Material: PETG, ABS, or ASA for rigidity and impact resistance. Orientation: Print all parts flat on the bed as laid out. The tray is designed compactly to fit comfortably on a 220x220mm print surface. Settings: Use a minimum of 4 perimeters/walls and 30%+ gyroid infill for the arm segments to ensure lateral strength.
A classic double-kicktail mini skateboard deck, sized for standard fingerboard hardware. The baseline dimensions are a 100mm total length, 30mm width, and 2.5mm thickness, which hits the sweet spot for a standard grip feel. The mounting pattern drops right onto standard 32mm fingerboard trucks. Remixing Parameters If you take this into CAD to build your own pro-model, the key geometry hooks are: Kick Angle: Currently pitched at 22 degrees for a medium-high pop. Wheelbase: The truck centers sit 52mm apart. Concave: This base version is entirely flat across the width to print beautifully face-down without supports. Add a subtractive cylindrical sweep across the top face if you want real side-to-side concave.

Custom 6x6 building block tile covering bare studs with raised railway lettering. A dead-flat top piece that refuses to pop loose once seated. Footprint: 6x6 standard block pitch (47.8mm square) Clearance: 0.2mm gap tolerance for side-by-side placement Mount: Underside tubes clutch standard studs