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Description
A rugged, modular mounting adapter designed to bridge the gap between mountain bike stems and 35mm lights. Built to sit perfectly flat on the build plate for maximum structural integrity.
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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.
A heavy tabletop defense rampart for 28mm-scale wargaming, featuring a wide walkway, solid rear stairs, and deep dwarven geometric cuts along the front. Remix Hooks Scale: The wall sits at a 120mm width and 30mm height — scale the overall block if you're fielding larger forces. Scatter: The walkway holds a small 12x10mm dropped chest and a plunged sword. You can freely translate these across the -Y and X axes, or replace them with your own fallen shields and banners. Details: The geometric diamond cuts on the front face are modular — swap the depth or pattern to match your specific underground factions.

A hollow storage tray insert designed to slip into the factory grab handle cavity of a vehicle door panel. The primary body tapers downward with a slight asymmetric offset to clear internal door mechanisms, while a perimeter lip catches the edge of the armrest opening to suspend the tray in place. Top Profile: 135mm x 42mm (excluding lip) Depth: 58mm clearance Wall Thickness: 2mm standardized shell Fitment Note: Based on approximate baseline dimensions for mid-size SUV door handles. The retention lip extends 4mm outward to prevent the tray from falling into the door cavity.
What it's for This is a semi-realistic pickup truck model designed to serve as a blank canvas for children to paint. The single-piece construction ensures durability during play while providing distinct, varied surfaces—such as the cab, open bed, and wheels—for creative detailing. Dimensions The truck is proportioned like a standard handheld toy vehicle, providing ample surface area for small hands to comfortably hold and paint. All components, including the wheels, are integrated directly into the main body to ensure there are no small, detachable parts that could easily break off or be lost. Remix ideas Scale the model up significantly to create a larger desk display or a more detailed art project canvas. Hollow out the truck bed so it can haul small items, hold desk accessories, or even act as a miniature planter. Modify the chassis to accept distinct axles and separate wheels if you want to transition it from a static model to a rolling toy.
A custom sanding block cut with a compound saddle shape to finish the outer lip of a 20-inch rim. Primary Curve: Matches the 20-inch overall rim diameter. Secondary Groove: Sweeps a 15mm-radius profile along the main curve to cup the bead lip. Grip: Pinch grooves along the sides for better control while sanding.
A rugged, underslung surveillance pod designed to give a powered wheelchair rear-view capabilities. The enclosure mounts flush against T-slot tracking, holding an ESP32-S3 and camera module securely out of the elements. Hardware Integration Board Mounts: Internal standoffs spaced for a standard ESP32-S3 DevKit, sized for M3 heat-set inserts. Rear Panel: Dedicated cutouts for power switch (11.5 x 8.5 mm) and a USB-C feed (12 x 6 mm). Camera: 6mm forward-facing aperture. Lid: 2mm flat plate secured by four M3 screws into corner bosses. Mounting: Twin M3 clearance holes in the base (the "top" when mounted) to bolt directly into T-slot nuts.