Leo Rover SK1

A rugged, research-grade autonomous rover platform designed for robotics development, outdoor exploration, and advanced autonomous navigation testing. Leo Rover combines all-terrain mobility, ROS compatibility, and modular expandability into a compact robotic system built for engineers, universities, startups, and space robotics enthusiasts. Leo Rover is a professional-grade unmanned ground vehicle inspired by planetary exploration systems used in space and field robotics research. Built around a durable four-wheel-drive platform, the rover is engineered to navigate rough terrain including dirt, gravel, grass, rocks, and uneven outdoor environments while maintaining stable operation and reliable mobility. Its compact yet highly capable design makes it ideal for autonomous robotics experiments, AI navigation testing, remote inspection, environmental monitoring, academic research, and robotics prototyping. Powered by Raspberry Pi and fully compatible with ROS and ROS 2 ecosystems, Leo Rover provides developers with an open and flexible platform for building advanced robotic applications. Users can integrate lidar sensors, stereo cameras, robotic arms, GPS systems, machine learning models, and custom payloads to create highly specialized autonomous systems. The rover includes onboard cameras for live video streaming, remote driving capabilities, telemetry monitoring, and real-time experimentation in both indoor and outdoor conditions. Its weather-resistant chassis and modular architecture allow it to operate in demanding environments while remaining easy to customize and maintain. Widely used by universities, robotics labs, and autonomous systems developers, Leo Rover serves as both a powerful educational tool and a serious research platform for next-generation mobile robotics projects. Inspired by real planetary rover concepts, the system delivers a compelling balance between professional robotics capability and accessible open-source development.