Thingiverse
Bike stand
di VEl3D
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Fully 3D printed road bike stand.
Assembly from front to rear, disassembly from rear to front. Front wheel pads have eccentricity thus allowing to tighten/easing front wheel grip in the front bracket by rotating the pads. Position of rear wheel bracket is adjustable along the rails subject to wheelbase of the bike and its rear tire width to ensure sufficiently tight grip of rear tire in the rear wheel holder.
Materials: TPU (for parts which name includes "TPU" designation), PLA+(for indoor use) and/or PETG/PETG-CF/ASA (for outdoor use). Total filament requirements 3.5...4 kg.
Most of the parts are optimized for layer height 0.24 mm to reduce print time, layer height for threaded parts is 0.2 mm. Supports: yes.
The make on photos: printer Ender 3 S1 Pro, materials PLA+ and TPU, nozzle 0.6 mm, layer 0.24 (0.2), line width 0.6 mm, perimeters mostly 3+ (alternate extra wall: yes), infill: gyroid 12%
Assembly from front to rear, disassembly from rear to front. Front wheel pads have eccentricity thus allowing to tighten/easing front wheel grip in the front bracket by rotating the pads. Position of rear wheel bracket is adjustable along the rails subject to wheelbase of the bike and its rear tire width to ensure sufficiently tight grip of rear tire in the rear wheel holder.
Materials: TPU (for parts which name includes "TPU" designation), PLA+(for indoor use) and/or PETG/PETG-CF/ASA (for outdoor use). Total filament requirements 3.5...4 kg.
Most of the parts are optimized for layer height 0.24 mm to reduce print time, layer height for threaded parts is 0.2 mm. Supports: yes.
The make on photos: printer Ender 3 S1 Pro, materials PLA+ and TPU, nozzle 0.6 mm, layer 0.24 (0.2), line width 0.6 mm, perimeters mostly 3+ (alternate extra wall: yes), infill: gyroid 12%
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