Faceted SimHub Button Box
Created today
Description
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.
Images
More like this
Explore more in Automotive, RC & Hobby →
Flat-Pack Turtle Dock
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.
Custom Solid School Bus
A miniature school bus scaled to exactly 120 mm in overall length, proportioned realistically for print-in-place FDM printing. Features include recessed windows to preserve a watertight manifold body, integrated fenders, and robust side mirrors that won't snap when the supports pull away. Dedicated Sign Panels: Extruded flat blanks on the sides carry the requested school name on two clear lines. Exact Dimensional Fit: The front and rear bumpers are anchored dead on the 120 mm boundaries. Printability: The entire base is sliced flat at Z=0, guaranteeing solid bed adhesion without rafts.
Classic Block School Bus
A solid, 3D-printable school bus styled specifically for direct FDM printing. The entire chassis, wheels, and bumper bases share a completely flat Z=0 plane for excellent bed adhesion. Support-Free Windows: Modeled as deep structural recesses rather than complete cutouts, preserving the strong solid core of the model. Embossed Lettering: Thick 1.5mm 3D lettering cleanly fused to the hull. Support-Free Mirrors: The side mirrors feature a smooth 45-degree brace underneath, eliminating the need for delicate breakaway supports. 120mm Scale: Exactly 120mm bumper-to-bumper.
School Bus with Flat Chassis
Most printed vehicles fail because the wheels are left hanging on fragile pegs or the chassis sits at an odd angle that demands heavy scaffolding. This model fixes that. The chassis and the tires all bottom out exactly at zero, so the whole block sits dead flat on the build plate. The wheels are deeply anchored into the body via solid internal axles — no snap-offs, no thin joints, and absolutely zero internal voids to confuse the slicer. Print details Dimensions: 120 mm total length, 45 mm wide (at the wheels), 50 mm tall. Wall thickness: Core is completely solid; window recesses leave a 36 mm thick central pillar. Overhangs: Window frames drop in by 1 mm, wheel arches span smoothly, and mirrors sit flush. No supports needed.
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.
Zip-Tie Bike Can Holder
A lightweight, rigid drink holder built for a standard 66mm soda or beer can. Rather than chasing an exact clamp fit for one specific handlebar diameter, it mounts using heavy-duty zip ties and an intersecting V-groove block. This geometry lets it lock tightly against round bars, odd-shaped commuter handlebars, or vertical stems without needing extra hardware. The arched front window trims weight while ensuring the overhang prints cleanly without supports. Remixing the Mount The geometry here is built to be easily modded depending on what you're tying it to: Inner Diameter: Currently 68mm to leave a 1mm gap around a bare standard can. Expand this to 75mm+ if you run a koozie. Zip Tie Slots: Generously sized at 6.5x3.5mm to pass standard or heavy-duty ties. V-Grooves: Both horizontal and vertical grooves share the same depth. If you're mounting to an unusually thick e-bike frame, deepen the V so the side walls still make solid contact.