Q-Rack e-Micro-Mobility Charging Station | 2022

Designed with sustainable and longevity passion for cycling, architecture & landscapes. The Q-RACK transforms a simple act into a pleasant ritual. Parking becomes effortless, charging seamless, and locking secure. Each detail is designed to protect and respect the bicycle, making every use feel natural, caring, and reassuring.

Universal and individual power supply configurations, engineered for conventional and electric bicycles, as well as e-scooters and e-motorcycles.

A soft EPDM rubber lip protects bike frames from dents and scratches while providing a stable parking position that prevents slipping or tilting.

Unlike conventional wheel racks, leaning racks ensure stable and safe parking without applying side loads on sensitive bike components such as rims, disc brakes, derailleurs, or chains.

The geometry is optimized for a wide range of bicycle types, from city and trekking bikes to cargo, mountain, women’s, and children’s bikes, and supports various electric micromobility vehicles, including e-scooters and e-motorcycles.

The timeless and minimal design harmonizes naturally with both modern and classic architecture, enhancing urban and landscape environments without disrupting their original aesthetic.

Flexible anchoring options enable creative configurations, circular layouts around trees, lanterns, or urban furniture, maximizing available space while complementing architectural context.

Q-RACK was initially conceived to transform a single car parking space into a seasonal, flexible station for eight bicycles

The rack system can be temporarily removed, leaving a flat, drive-over base with a weatherproof connector, allowing seasonal alternating use between car and bicycle parking.

Made from brushed stainless steel for superior weather resistance, structural durability, and long-term aesthetic value with minimal maintenance.

An open modular architecture allows easy installation, replacement, and future upgrades, ready for next-generation features such as wireless induction charging, self-locking systems, or payment integration.

Engineered for long-term operation and maintenance simplicity, ensuring compatibility with evolving charging technologies and standards.