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Description
A custom-fit clamp for 1.5" Roland V-Drums rack tubes that provides a standard 1/4"-20 tripod mounting point. Designed to hold cameras, field recorders, or metronomes directly on your drum hardware.
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Fixed-angle TPU sleeve for the standalone Insta360 GO 3S camera, geared for flat-top drone frames like the AOS series. The Fit: Holds the bare GO 3 / GO 3S camera unit only (not the Action Pod). The Mount: Slotted M2 tracks spanning 19mm to 27mm, meant to catch 20x20 or 25.5x25.5 top plate hardware. The Pitch: Locked at 25 degrees of up-tilt. Print in TPU. Do not try this in rigid plastics; you'll never get the camera seated.

Toy reptiles are fine until you try to pose them and realise they're cast into a single, rigid block that snaps if you push it. This fixes that. It’s an eight-segment articulated crocodile that prints entirely assembled, right on the bed. The joints are enclosed captive hinges with a 0.45mm clearance, meaning they fuse just enough structure to print safely before breaking free instantly for a massive range of motion. The body tapers from a stylized head down to a narrowed tail, with distinct rib extensions and legs built into the mid-sections. Print Instructions Clearance: 0.45mm gaps in the hinges — make sure your flow rate is dialed in to avoid the joints fusing. Layer Height: 0.2mm recommended. The internal pin tapers rely on standard layer heights to bridge successfully. Adhesion: It prints flat. No brim is required unless you have severe warping issues on small footprints (like the tail tip). Supports: None. The hinge pins use 45-degree chamfers so they print perfectly in mid-air inside their sockets.
A tall, 1x6 building block panel standing 6 standard bricks high. The part features a uniform hollow core that reduces material use while providing the correct bottom tolerances to friction-fit over standard 4.8mm studs. Specifications Footprint: 1x6 studs (48mm x 8mm) Height: 6 standard bricks (57.6mm) Top Interface: 6 standard 4.8mm studs Bottom Interface: Continuous 4.95mm friction channel Print Settings: Prints upright without supports; the 4.95mm internal roof easily bridges on standard FDM profiles.

A thirty-pound wheel rolling freely in the back of a moving car is a problem that solves itself by smashing your groceries. This cradle stops the board from tipping and sliding on every sharp turn. Footprint: 180mm wide by 160mm deep — fits cleanly on most printer beds. Fit: The 290mm curve holds XR and GT tires perfectly, and Pints will seat securely against the slopes. Anchors: Features four 5.5mm countersunk holes for bolting directly to a cargo floor or wood base, plus two side channels for hooking a standard bungee cord over the tire. Printing: Needs a decent amount of infill (15-20% minimum) to handle the board's weight. No supports required.

Riding a mobility scooter without back support turns every bump into a spine test. This two-part folding frame bolts directly to a flat seatplate, giving you a sturdy backrest that folds flat out of the way when you need to load the scooter into a car trunk. The heavy-duty hinge locks against a stop block when upright to keep you supported. Specifications Seatplate Mount: 140mm x 100mm overall. Mounting Pattern: Four 8.5mm holes spaced 110mm x 70mm apart (fits M8 bolts). Backrest Dimensions: 220mm wide by 240mm tall. Hardware Required: One M8 bolt and locknut for the main hinge pin. Both parts are oriented flat for printing without supports. High infill recommended for the hinge knuckles.

The AeroBox Winglet adds MotoGP-inspired aggressive styling and aerodynamic structure to your motorcycle fairings. Featuring a complete closed-loop "box" design, the upper and lower swept aerofoils stretch outward and tie seamlessly into a sleek outer endplate. Instead of a single large, rigid backplate, the winglet employs two distinct, flushed mounting pads perfectly suited for heavy-duty VHB double-sided tape. This split-pad setup is significantly easier to conform to the natural sweeping curves of your bike's fairings. Features Closed Loop Box Design: Bridges a dual-element upper and lower wing wing with an aerodynamic vertical endplate. True Sweep: The wings heavily taper and sweep towards the trailing rear edge. Dual VHB Pads: Split bases keep the part tightly adhered without relying on a completely flat body panel. Support-Free Printing: Designed to slice straight from the flat side base directly upwards. Print Settings Print on its side (the flat base directly touching the build plate). Use high infill and at least 3 perimeters to ensure decent stiffness and durability. Standard PLA works for testing fits, but PETG, ASA or ABS are highly recommended for actual outdoor and speed use.