The Rover X1 redefines the concept of an educational robot. Using advanced kinematics based on the biomechanics of real animals, this platform allows students, engineers, and technology enthusiasts to explore algorithms for locomotion, dynamic balancing, and AI vision systems.

The robot's design is based on 12 high-speed, high-torque digital servos. These enable not only smooth walking but also advanced maneuvers such as dynamic acceleration, jumping, crouching, and automatic recovery upon fall detection using built-in IMU inertial measurement sensors.

At the heart of the Rover X1 decision-making systems is a powerful ARM microprocessor working with a dedicated vision coprocessor. This allows for the execution of advanced computer vision tasks in real time without network delays.

The Rover X1 platform is designed to grow with the user's skills. It offers two fully integrated development environments for learning algorithmic logic and low-level hardware management:

• Scratch 3.0 (Block-Based): A user-friendly graphical interface designed for beginners. It allows you to quickly create movement sequences and basic sensor responses using code blocks.

• Python SDK (Scripting): Full access to the robot's API for developers. This allows direct manipulation of joint position, reading raw gyroscope data, downloading camera video streams, and implementing custom neural network models.

Each kit is delivered in a secure, custom molded protective case for easy transport of the platform. The kit includes everything you need to get your robot up and running immediately:

• Rover X1 robot dog - fully assembled and factory calibrated.

• Replaceable Li-ion battery (2500 mAh) - provides up to one hour of continuous operation.

• Dedicated mains charger - with cell balancing system and overcharge protection.

• USB-C programming cable - for debugging and flashing new firmware.

• Quick Start Guide – with a set of laboratory exercises in Polish and English.