BikeLifter Vertical 3D Rack (Aparcabicis Vertical)
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Vertical bike rack optimized for storage, requiring no wall drilling. Ideal for renters and office use.
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Aktualizacja u źródła:
Informacje o modelu
- Źródło
- Printables
- Kategoria
- Outdoor Sports
- Licencja
- Creative Commons — Attribution — Share Alike
🚀 NEW VERSION (UPDATED DEC-2025) (NOW USES SQUARE PROFILES)
The BikeLifter 3D Rack is a vertical, free-standing bicycle storage solution designed to maximize space in rental apartments, offices, and shared spaces. It requires no drilling, making it perfect for temporary installations where altering walls isn't an option.
Designed by Antonio Milian Ruiz at Hackerspace Castellón, this project combines 3D-printed parts with standard aluminum profiles to create a sturdy, accessible, and cost-effective alternative to commercial racks.
You can see the full thesis document including drawings here (ONLY in spanish)
⚠ Important Notes
Wheel Compatibility: The current Wheel Hook is optimized for MTB wheels. For road or fat bikes a custom sized hook is needed.
Upcoming Updates: I am working on a Pro version featuring bearings and V-slot profiles for smoother lifting action. Stay tuned!
Problems to be solved (Roadmap)
Universal Hook: Developing an adjustable hook to fit a wider range of tire widths natively.
Better sliding: I am working on adding bearings to the hook to improve the lifting of the bicycle.
Print Settings
If part P01_BaseIzq.STL or P02_ BaseDrch.STL doesn't fit your printer (94,75 x 160 x 300 mm) you can crop it using dovetails as shown in images below.
Supports:
No supports are required for most parts. Only P06_Tapa Superior_Cuerpo.STL needs supports. I recommend enforcing supports only on the dovetail overhangs as shown in the images to ensure a clean fit.
Resolution:
0.3 mm layer height with a 0.6 mm nozzle is highly recommended to save printing time and increase part strength.
0.2 mm Elephant foot compensation is advised for perfect assembly.
Infill:
Infill: 10% Gyroid is sufficient for general areas.
Modifiers (Critical): Use infill modifiers to increase density to 20% (Gyroid) in high-stress areas (screw holes and structural connections), as shown in the attached images.
Perimeters:
Perimeters: 4 perimeters (walls) are recommended for all parts to ensure structural integrity.
Top/Bottom Layers: 5 top layers and 4 bottom layers.
Filament:
PLA: All rigid parts (P01 to P06) should be printed in PLA.
TPU: The P07_Tapa Superior_Golpeador.STL MUST be printed in TPU (Shore 95A) to act as a wall protector. Use a brim for this part to prevent warping.
Made by @Antonio36996 from HackCS
DRAWINGS AND PRINTING IMAGES
