Aerofox Provides Oem/Odm Services For Robots And Drones

AEROFOX AW0 Autonomous Skateboard Robot Chassis for Mobile Robots 1

AEROFOX AW0 Autonomous Skateboard Robot Chassis for Mobile Robots 2

AEROFOX AW0 Autonomous Skateboard Robot Chassis for Mobile Robots 3

AEROFOX AW0 Autonomous Skateboard Robot Chassis for Mobile Robots

AEROFOX AW0 is a compact, high-performance autonomous skateboard chassis engineered for robotics R&D, education, and rapid deployment of unmanned ground vehicle (UGV) systems. It adopts a highly integrated skateboard-style architecture, combining four-wheel drive, independent suspension, and precise motion control in a lightweight and robust platform. The low center of gravity and compact structure enable stable operation in narrow indoor and outdoor environments.

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Product Details

AW0 delivers strong mobility performance, with a maximum speed of up to 10 km/h (software-limited), a maximum climbing ability of 20%, and a minimum turning radius of approximately 0.9 m, making it well suited for agile maneuvering. Despite its compact size, the chassis supports a maximum payload of up to 150 kg, while maintaining a curb weight of around 50 kg. Powered by a high-efficiency electric drive system, AW0 offers a driving range of ≥ 40 km, meeting the needs of long-duration testing and real-world deployment.

Description

Designed for developers and system integrators, AEROFOX AW0 features an open electronic and software architecture, supporting CAN bus communication, open APIs, and seamless compatibility with ROS / ROS2. Its high control accuracy—speed control precision up to ±0.1 km/h and braking response time within ±100 ms—provides a solid foundation for autonomous navigation, control algorithm development, and advanced perception systems.

AEROFOX AW0 is an ideal base platform for applications such as autonomous delivery robots, inspection and patrol vehicles, educational training platforms, and mobile research systems, allowing users to focus on software, algorithms, and application innovation rather than mechanical integration.