Robot Chassis
AEROFOX’s Robot Chassis line delivers highly durable and high-performance mobile robot platforms designed for industrial automation, autonomous navigation, security inspection, and research applications. These chassis systems are engineered with precision CNC-machined frames and aerospace-grade aluminum or carbon-fiber structures, offering exceptional rigidity-to-weight ratios. This ensures stable operation across uneven, outdoor, or challenging terrains. AEROFOX robot chassis are available in multiple drivetrain configurations—differential, mecanum, tracked, and four-wheel independent drive—allowing customers to select the ideal motion system for their project demands.
Our platforms integrate high-torque BLDC motors, intelligent ESC control, and advanced suspension mechanisms to deliver smooth movement, strong climbing ability, and steady payload handling. With built-in CAN/UART/RS485 interfaces and compatibility with ROS, ArduPilot, and custom control frameworks, the chassis supports rapid integration of sensors, LiDAR, depth cameras, robotic arms, and onboard computers. Key features include modular mounting plates, vibration-damping systems, waterproof housings, and long-duration battery options. Designed for reliability, flexibility, and expandability, AEROFOX robot chassis provide a powerful foundation for both commercial deployments and R&D innovation.
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AEROFOX Z1 is an open-source wheel-legged robotic mobility platform designed for research, education, and OEM robotic development.
By combining driven wheels with articulated leg mechanisms, Z1 achieves a balance between high-speed wheeled motion and enhanced terrain adaptability, making it suitable for complex indoor and outdoor environments.
The platform is delivered as a robotic base system. Once equipped with a battery, the robot can be directly remote-controlled. Autonomous navigation, mapping, and perception functions require users to integrate their own onboard computer and sensors.
By combining driven wheels with articulated leg mechanisms, Z1 achieves a balance between high-speed wheeled motion and enhanced terrain adaptability, making it suitable for complex indoor and outdoor environments.
The platform is delivered as a robotic base system. Once equipped with a battery, the robot can be directly remote-controlled. Autonomous navigation, mapping, and perception functions require users to integrate their own onboard computer and sensors.
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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