GOpro fieur skadis
Created today
Description
A sturdy, mechanical mount that attaches standard GoPro gear to an IKEA SKÅDIS pegboard. Unlike standard static mounts, this design features a vertical hinge axis allowing the camera to pan left and right, making it ideal for overhead workspace recording or fixed security angles.
The design relies on an M5 bolt and nut to clamp the vertical rotation axis firmly in place once the angle is set. The quick-release buckle block prints separately for optimal layer orientation, plugging into the rotating base plate.
Assembly
- Base: Locks into two standard SKÅDIS slots without tools.
- Mechanism: Insert an M5 bolt through the side clamp, trap an M5 nut in the hex recess, and tighten with the printed knob.
- GoPro Buckle: Glues or presses onto the two registration pegs atop the rotating platform.
- Slide your standard GoPro helmet buckle straight in.
Photos
Technical views
More like this
Explore more in Automotive, RC & Hobby →
Osłona Gniazda Kampera z Klapką v2
Gniazda zewnętrzne w przyczepach mają tendencję do zbierania wody i pyłu, zwłaszcza w czasie jazdy. Ta osłona rozwiązuje problem braku szczelności w standardowych pokrywach poprzez zastosowanie profilu labiryntowego i kapinosa, całkowicie eliminując potrzebę gumowych uszczelek, które z czasem parcieją. Wymiary: Ramka 65×65×20 mm, precyzyjnie centrowany otwór 48×48 mm. Wydruk: Zaprojektowana jako model print-in-place ze zintegrowanym zawiasem. Zalecana minimalna wysokość warstwy to 0.2 mm dla zachowania tolerancji mechanizmów. Ochrona: Wyposażona w kanał odpływowy (5°), daszek nad zawiasem oraz barierę labiryntową.
Snap-Fit Poultry Band
A heavy-duty, flex-to-fit poultry leg band designed for easy application on turkeys. Customizing the Fit Band Diameter: Currently scaled for roughly a 1-inch (25.4mm) leg, making it suitable for mature turkeys. Band Width: The height along the leg is half an inch (12.7mm). The Hinge: The back of the ring thins out to 1mm to create a living hinge. You can thicken this if your material is exceptionally soft, or thin it further if you are using a stiffer PLA. The Lock: Features a horizontal bulb snap-fit. The locking pin squeezes through the entry gap and clicks into an enclosed cavity, keeping it secure even during movement. Adjust the bulb diameter or cavity clearance depending on your printer's tolerance.
Articulated Sim Racing Keyboard Arm
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.
Flat-Profile Fingerboard Deck
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.
2AeroTest — Glider Wing Comparison
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.
AeroFit — Micro Motor Mount
A lightweight, minimalist motor mount designed to attach micro brushless motors to a standard 3.0mm carbon fiber boom. It prints flat on the bed with no supports required, making it an extremely quick and clean print. Features Carbon Boom Sleeve: Snug 3.0mm inner diameter with a flex slit, allowing it to clamp securely to standard RC plane tail booms. Motor Interface: 9x9mm hole pattern sized for M2 screws, standard for 11xx series micro motors. Lightweight Build: Thin 1.2mm walls keep weight to an absolute minimum while the conical transition fillet maintains structural rigidity. Print Notes Print upright (motor plate flat on the bed). No supports needed. PLA or PETG recommended for stiffness.