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Description
Inner bulb bracket patterned for Mercedes-Benz W201 (190E) US-spec headlight assemblies.
This unit replaces cracked or heat-warped originals, seating directly into the outer housing and carrying the inner bulb contour.
Check your specific housing style before printing; this bracket specifically matches the hourglass reflector contour found in the US-spec assemblies, not the Euro-spec single-piece glass reflectors. Printed in a high-temp material (ASA or PC) to survive engine bay and halogen bulb heat.
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Wagon door runner to replace 3 off 15208 bricks Version with slightly too large slope
A modular, flat-pack style turtle dock designed to print completely support-free and assemble without any hardware or glue. The structure features a solid bridge held up by two arching legs, and an extended ramp that snaps onto the deck to reach the floor. No Glue Assembly: Features sturdy cross-lap mortise and tenon joints for the legs, and print-in-place C-clips for the ramp. Easy Printing: Designed as separate bodies. Simply use your slicer's "Split to Objects" function and lay all four pieces flat on the build plate. Climbing Grip: The 170mm long ramp includes extruded ridges to give your turtle plenty of traction. Print Instructions When you open this in your slicer, it will appear fully assembled. You must split it into separate parts (in PrusaSlicer or Bambu Studio, right-click and select "Split to Objects") and use the auto-arrange tool to lay them flat on your build plate. Because the parts sit perfectly flat, no supports are required.

Central torso shell for the small-scale AuraZex school prototype. Designed to accept the 30x30mm neck socket from the head unit and features mechanical shoulder mounts on the upper sides. Mating Surfaces Bottom: Carries the exact 4x M5 bolt pattern and dual 12mm wiring pass-throughs to bolt straight onto the AuraZex Waist Bracket. Top: 32x32mm socket providing 1mm clearance for the 30x30mm head connector. Front: Proportionally scaled 120x84mm landscape recess for the tablet, with a central wiring pass-through. Rear: Removable service panel secured by four M3 screws. Prints in FDM with 3mm structural walls and internal component standoffs already placed on the inner front face.
A central chassis block serving as the core of a small-scale AuraZex prototype. Designed to integrate directly with the standard 30×30 mm neck joint and provide mechanical anchor points for articulated shoulder assemblies. The front interface incorporates a precision recess scaled precisely to 50% (120×84 mm) of the full-size AuraZex chest tablet, keeping the prototype mathematically proportional while offering an exact fit for half-scale mockups. Fitment Specifications Neck Interface: 31.5 × 31.5 mm clearance pocket (10 mm depth) with a 22 mm square bolt pattern. Shoulder Sockets: 46 mm diameter flat mating faces. Accepts an 8 mm central axle with a three-point (3.2 mm) indexing circle at a 12 mm radius. Service Access: Removable vented rear panel secured by four M3 fasteners into a continuous recessed lip. Internal Capacity: Generous hollow routing cavity bridging the neck base, the chest screen recess, and four internal floor standoffs for rapid electronics integration.
What it's for A custom rear foot pedal for the Escoone W6 electric scooter, heavily inspired by the KuKirin G2 profile. It features an aggressive 40-degree kicktail to lock your back foot in place and a shallow 0.2mm intersecting arrow pattern for grip without compromising structural strength. Dimensions Mounting: 2x M8 holes spaced exactly 4.5 inches (114.3 mm) apart. Deck Length: 180 mm of standing space. Kicktail: 40-degree upward sweep. Thickness: 15 mm solid body for PETG printing.
A modular, FDM-optimized cybernetic prototype arm. Designed as a small-scale proof of concept for the AuraZex platform, this model is fully articulated with mechanical pivot joints, internal routing cavities, and removable maintenance panels. All components are laid out flat on the build plate for independent printing and subsequent physical assembly using the included printed pins. Prototype Specs Shoulder Base: 34×34×26 mm footprint, fixed mount Upper Arm Shell: 65 mm length, hollow core for a future SG90-sized servo Forearm Shell: 55 mm length, hollowed for wire routing Manipulator: Hinged palm with dual 2-link mechanical fingers Hardware: Assembles using the provided 4mm printable pins (or substitute with M4 hardware for extra durability) Access: 3mm thick removable service panels with alignment pegs