Scooter Wheelie Peg With Cyber Spine
Created today
Description
A heavy-duty rear foot platform for an Escoone W6 electric scooter, styled after the KuKirin G2 rear pedal. It mounts via a 114.3 mm (4.5-inch) hole spacing and sweeps back into a solid wedge for rear-foot traction.
- 30 mm main body thickness for maximum load-bearing strength
- 3 mm deep cyber spine traction pattern on the top deck
- 2 mm radiused edges to eliminate sharp corners
Images
More like this
Explore more in Automotive, RC & Hobby →
Ethan
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.
hello
A heavy-duty rear kicktail platform designed for the Escoone W6 electric scooter. Features a solid, uninterrupted core for maximum strength, adjustable bolt spacing for the 114.3mm factory mounts, and a steep ramp angle to lock in the rear foot during hard acceleration. 105mm bottom arch to clear the rear fender Solid center spine for FDM printability Recessed bolt mounts to keep the deck flat High-traction chevron cuts for grip
BlockBus — Solid FDM Chassis
This is a heavy-duty, monolithic school bus model engineered specifically for FDM printers like the K1 Max. Instead of a fragile hollow shell, the body is a continuous solid block. The details — including the windows, grille, and doors — are debossed just 1mm deep, providing all the visual definition without introducing internal overhangs or requiring support material. Dimensions Length: Exactly 120 mm (from front to rear bumper) Width: 44 mm (outer wheel edge to wheel edge) Height: 42 mm (including the roof hatches) Print Notes Support-Free: Designed to be printed entirely without supports. The debossed windows bridge easily, and the wheel overhangs are minimal. Bed Adhesion: The bottom 0.4 mm of the model (including the wheels) is sliced perfectly flat, yielding a wide contact patch for a flawless first layer. Infill: Since the core is fully solid, use your slicer's infill (10-15% is usually plenty) to control the final weight of the part.
Faceted SimHub Button Box
A clean, industrial-styled button box designed for sim racing rigs, controlling Wind, Pedals, and Bass Shakers via SimHub. The enclosure uses a faceted, dodecahedron-inspired geometry to eliminate flat overhangs and keep the footprint small. The front panel cuts a heavy 45° chamfer, hiding the seam where it snaps into the rear body. Features internal snap-fit prongs and receiver towers — no visible hardware required. Base dimensions reduce sharply toward the mount to avoid interfering with wheelbases or monitor arms. Built with clearances for standard Cherry MX switches and a toggle switch cut out for the top left.
Tabletop Cornhole Deck
A desktop-scale modular cornhole kit scaled to a 175mm deck length, complete with a print-in-place flexure bag that collapses to clear the main bore. The deck prints upside down (or flat) to avoid supports inside the main cavity, while the folding leg frame snaps securely into the 4.2mm frame hinges. Fitment notes Bore Size: 24mm diameter target hole. Bag Size: 21x21mm overall, connected by 0.4mm thick living-hinge webs. Leg Hinge: 4.2mm deck bore, 3.5mm pins on the leg frame — expects a firm flex to seat.
Squircle Hyperbolic Acoustic Horn
A bespoke acoustic horn designed to couple directly with 1-3/8" threaded compression drivers, engineered for high-efficiency hyperbolic loading down to 1200Hz. The internal acoustic path executes a mathematically rigorous transition from a 35mm circular throat to a 194x134mm superelliptical (squircle) mouth, maintaining exact expansion rates without stepping or transitional artifacts. Acoustic & Mechanical Geometry Expansion Profile: Hyperbolic (m = 0.45, k = 3.0), optimized for maximum acoustic impedance matching in a compact depth. Throat Integration: Built-in 1-3/8"-18 TPI female thread mounts standard pro-audio drivers directly, with the acoustic flare beginning exactly at the thread boundary to eliminate internal turbulence steps. Surface Topography: Generated as a single continuous geometric mesh to ensure a completely smooth fluid path from driver to mouth. Mounting Setup: Sized at 210x150mm to clear standard 220mm print beds, featuring countersunk M4 clearance holes spaced at 186x126mm.