V1 Pro

This shared electric scooter is designed to redefine urban micro-mobility by balancing functional durability with refined aesthetics. Unlike traditional shared vehicles that emphasize pure utility, the design integrates a minimalist urban aesthetic to reduce the typical “tool-like” appearance while enhancing the overall commuting experience.
Inspired by the concept of “future urban shared commuting aesthetics,” the scooter continues NAVEE’s distinctive cyberpunk-inspired design language—characterized by clean, sharp lines and a futuristic mobility identity. At the same time, it responds directly to the core needs of shared mobility systems, including durability, safety, and low maintenance. The result is a vehicle that visually integrates into modern city environments while withstanding the high-frequency usage typical of shared transportation.
Structurally, the frame adopts an aluminum profile welded assembly, maintaining a streamlined appearance while significantly improving overall strength and durability. A custom-developed steering headset system effectively eliminates the common issue of steering looseness found in conventional vehicles, achieving near lifetime maintenance-free performance. Additionally, a custom battery anti-theft locking system enhances security while enabling easier monitoring and maintenance for fleet operators.
The scooter is designed with operational efficiency in mind. Key wear components are specially engineered for quick replacement, enabling faster maintenance by service teams. The widened body structure accommodates a larger battery, extending range while improving riding comfort. Custom-developed PU front and rear tires further enhance ride stability and durability while reducing maintenance costs.
Built on a platform-based architecture, the vehicle supports future upgrades according to operational needs, including features such as multi-rider detection, wireless phone charging, and AI-powered visual assistance. With one of the lowest energy consumption levels in the industry, the scooter significantly reduces battery replacement frequency and operational costs for shared mobility providers.