Hefei Songguo · CLIENT: Tasow
Tasow Parallel Universe is an electric bicycle designed for urban riding. The frame is made of carbon fiber and shaped as a parallelogram to balance weight distribution. The battery, controller and cables are concealed inside the frame cavity. An adaptive assist system uses several sensors to adjust motor power to rider posture, pedaling force, cadence and road conditions. A planning system creates routes from spoken requests. Front and rear cameras record short videos, monitor side and rear blind spots, and trigger sound and light alerts.
Press Kit
- Unique Properties
- This ebike, centered on the philosophy of AI empowered free riding, integrates an AI adaptive assist system, an AI context aware experience planning system, an AI video editing function, and a 360 degree active sentinel safety system. It achieves a comprehensive revolution across performance, interaction, and protection, making every ride easier, safer, and more enjoyable.
- Dimensions & Packaging
- product dimensions, 1846 mm x 1044 mm x 653 mm
- Tags
- Ebike, AI Adaptive Assist System, AI Context Aware Experience Planning System, 360 Degree Active Sentinel Safety System, AI Video Editing, Minimalist Appearance
- Production Technology
- The carbon fiber frame features exceptional structural strength, a light weight, and high recyclability.
The parallelogram frame not only exudes elegance and dynamism but also optimizes weight distribution for enhanced riding stability. Core components such as the battery and controller are fully integrated into the frame cavity, complemented by a 100 percent concealed cable layout, improving visual cohesion, doubling cable lifespan, and improving aerodynamic performance. - Design Challenge
- The challenge was offering seamless, responsive assistance. To address this, the ebike employs an AI adaptive assist system with multiple sensors, adjusting power output in real time based on the posture, pedaling force, and cadence of the rider, as well as road conditions. The result is a smart companion that truly understands riding. The system also features a torque sensor with plus or minus 2 percent accuracy and a response time under 10 ms,ensuring power output matches every pedal stroke.
- Project Duration
- The project started in Beijing in July 2024. The product was launched in China in May 2025, and entered mass production with customer deliveries commencing in July 2025.
- Operation Flow
- The AI context aware experience planning system integrates large language models and a multi agent decision making architecture. Users simply describe their needs by voice, and the system will generate the optimal route. The front and rear cameras automatically capture key moments and compile them into short videos, creating shareable riding memories.
The 360 degree active sentinel safety system monitors blind spots on the sides and rear, and provides audio visual alerts for proactive protection. - Research
- The ebike redefines user experience through a hardware software synergy. It merges multiple sensors with AI adaptive assist technology, dynamically adjusting motor assistance based on rider movements and road conditions. The AI context aware experience planning system intelligently plans routes and precisely caters to diverse user needs such as health and exploration. The 360 degree active sentinel safety system enhances riding safety through continuous monitoring and proactive alerts.
- Inspiration
- In urban commuting, travel is often reduced to efficiency driven point to point movement, confining individuals to fixed routes and enclosed cabin spaces. Most existing ebikes remain limited to mere transportation tools, failing to fully unlock the potential of two wheeled mobility in terms of flexibility, health benefits, and urban awareness. This ebike is designed not just as a means of transport, but as a mobile living space, transforming riding into a personal journey through the city.
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