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Description
A set of standalone tapered landing legs for a custom quadcopter or drone project, giving clearance for an under-slung battery or payload.
Print flat on the build plate. No supports are needed for the tapered cylinders.
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This lightweight hardware suite is designed for custom chassis builds, keeping the overall footprint low while providing a sturdy base. The components are arranged flat on the build plate for easy, support-free fabrication. Flight Hardware The Deck: A 50×55 mm central mounting plate. It features a solid 2 mm deck surrounded by a 3 mm retaining wall, ideal for corralling electronics or batteries. The Skids: Twin 50 mm long landing legs. They have been heavily cored out to reduce mass, leaving just a rugged 3 mm footprint and sturdy outer struts to handle hard landings.
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.
A standalone print-in-place ball bearing inside a 22x22mm square housing. Designed originally to mount axles on a scratch-built mousetrap car chassis, the housing is completely flat on the back so you can glue or strap it exactly where you need it. Inside, the inner ring rides on twelve captured micro-spheres, keeping friction low without requiring external hardware. Tuning hooks Clearances: The internal track has a 0.4mm clearance gap. If your printer fuses them, try dropping the flow rate slightly. Axle bore: The center hole is 4mm — size it up to fit standard 1/4" or 6mm dowels if you're building heavier. Mounting: The 22x22mm block has plenty of meat around the edges if you want to drill through for M3 bolts.
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

A two-piece retro TV shell designed to house a no-solder RP2040 video player. The clamshell locks together with a built-in snap fit, offering exactly 150×80×50mm of internal space. Both halves print flat on the bed without supports. Front Bezel: Features a sloped CRT-style screen cutout with an internal ledge for a 2.8" display, twin 7mm dial holes, and integrated speaker vents. Back Shell: Includes a bottom-edge USB-C cutout and classic rear cooling vents. Snap Fit: A 4mm friction lip with interlocking bumps holds the enclosure securely together.
The keyboard belongs to you. The TV remote belongs to you. The oven dials are strictly off limits. But they still want to press buttons, and everything they reach for has a consequence. This console solves that. It’s a chunky, slanted control panel built to take a hammering. The throttle is a captive slider that prints fully in place—no assembly, just crack it loose and it glides. The giant red and green buttons sit on thin printed hinges, giving them enough flex to feel like a real press without needing actual springs or hardware. The dials and radar screen are solid topographic features that add tactile feedback without weak points. Printing Notes Dimensions: The base fits squarely on a 180x130mm footprint. Print-in-Place Clearance: The slider runs in an internal T-slot with a generous 0.5mm clearance on all sides, making it easy to free up on almost any FDM machine. Orientation: Designed to sit entirely flat on the build plate. The 13-degree slope of the panel is built into the geometry, so the internal bridges and tracks print parallel to the bed. Settings: Standard 0.2mm layer heights work beautifully. Three perimeters recommended to keep the compliant button hinges tough.