Ackerman steering structure at competition level: Rosmaster R2 robot car uses the steering method of modern cars and adopts the aluminum alloy Ackerman chassis structure. When the robot car turns, the angles of the inner and outer wheels are different, and the turning radius of the inner tire is less than The turning radius of the external tires can maximize the performance of the robot car.
ROSMASTER R2 based on the robot's operating system. It features a high-performance hardware configuration such as lidar, depth camera and voice interaction module. It can realize applications such as robot motion control, remote control communication, mapping and navigation, obstacle avoidance, autopilot, human body characteristics action recognition and interactive voice control.
Cross-platform connection: rosmaster X3 supports a variety of remote control methods such as mobile phone APP, handle, ROS system, computer keyboard, etc. It can control your robotic car at any time, import your code, and it is an artificial intelligence robot that listens to your instructions. Note: The Map Navigation APP only supports Android phones
Excellent hardware configuration: aluminum alloy body, 360° omnidirectional Mecanum wheels, optional lidar, high quality depth camera, optional voice interaction module, professional design expansion board. Note: Yahboom only provides technical assistance for existing courses. All in-depth development must be completed by the customers themselves.
Scope of application: rosmaster X3 provides exploration model for professionals, can learn algorithms, get ground in an unknown field, can deeply learn visual recognition of AI, research autonomous driving, explore recognition of 3D objects, etc.
