DJI Introduces Avinox Drive System, Winning Eurobike 2024 Award
DJI, a global leader in civilian drones and innovative camera technology, has unveiled the Avinox Drive System at Eurobike 2024.
This groundbreaking e-bike drive system is set to revolutionize the electric mountain bike (eMTB) experience. Recognized by the Eurobike 2024 jury with the "Winner" award in the Components category, the Avinox system represents a significant milestone in DJI's continuous technological advancements, offering riders unparalleled power, endurance, and intelligent features.
The Avinox Drive System distinguishes itself with impressive performance and innovative integration of components. Featuring 105 Nm of torque and an 800 Wh battery, it is designed for demanding rides. Its lightweight construction and advanced features, such as multiple sensors, continuous coupling, six motion modes, LTE connectivity, OLED touchscreen, and GPS for ride logs, ensure a superior eMTB experience. The Eurobike Award Jury 2024 praised the system for its smart assistance and ride personalization capabilities via an app, positioning it as a serious contender against established E-motor systems.
The Eurobike Awards are prestigious in the cycling industry, celebrating innovation, design, and functionality in the bicycle and future mobility sectors. Judged by an independent panel of experts from various fields, including mobility and design, the awards maintain a high level of credibility. This year's jury included notable figures such as Sabine Spitz, a former Olympic and World Champion mountain biker, and Professor Dr.-Ing. Jörg Hübler, an expert in intelligent machine systems, ensuring a comprehensive evaluation of the nominated products.
"Winning the Eurobike Award in the Best Components category is a significant achievement for DJI as we launch our very first product within the bike industry," said Christina Zhang, Senior Director of Corporate Strategy at DJI. "This accolade not only validates the technological prowess of the Avinox Drive System but also solidifies DJI's vision of bringing innovation to the e-bike market. The award demonstrates our commitment to pushing the boundaries of what's possible in cycling technology."
The Avinox Drive System debuts with the all-new Amflow PL, the world's first all-around electric mountain bike to feature this revolutionary technology. The Amflow PL, with its lightweight design and powerful performance, exemplifies the potential of the Avinox system to redefine eMTB capabilities. This new system's compact, high-torque drive unit weighs only 2.52 kg yet delivers an impressive 105 Nm of torque, ensuring riders have the power they need to conquer even the most challenging terrains.
Avinox features DJI's Smart-Assist Algorithm, which leverages multi-sensor fusion to automatically and continuously adjust assistance based on riding resistance. Riders can choose from four standard riding assist modes – Auto, Eco, Trail, and Turbo – or activate Boost mode for an extra surge of power. The Auto mode utilizes multi-sensor fusion to adjust assistance continuously, while the Avinox app allows for further customization of assist levels and parameters, ensuring a personalized riding experience. The system offers two lightweight, high-energy density battery options – 600Wh and 800Wh – providing ample range for extended adventures.
The Avinox system's connectivity features are equally impressive. It boasts a 2-inch OLED full-color control built-in touchscreen display that serves as the interactive hub. Riders can connect their smartphones via the Avinox app to access a range of smart features, including bike security, data recording and sharing, assist parameter adjustments, and real-time bike status checking. The system also includes innovative dual Wireless Controllers with Bluetooth connectivity for added convenience and a clutter-free handlebar setup. The Amflow PL, powered by the DJI Avinox system, is poised to revolutionize the electric mountain bike riding experience with its unmatched combination of power, range, and performance.
