JetBot ROS AI Kit B, Dual Controllers AI Robot, Lidar Mapping, Vision Processing with Jetson Nano Dev Kit

JetBot ROS AI Kit B Professional Dual Controller AI Robot with Advanced Vision Processing & Lidar Mapping for Research and Development: Unleash the power of cutting-edge AI and ROS technology in your projects with the high-performance JetBot ROS AI Kit B.

Experience unparalleled AI development with the JetBot ROS AI Kit B, an NVIDIA-recommended dual-controller robot designed for intensive research and algorithm testing. Equipped with the latest Jetson Nano Dev Kit, this advanced robot supports AI-based applications in Lidar mapping, autonomous navigation, self-driving simulations, intelligent voice interaction, target detection, and face recognition. It boasts an all-in-one expansion board, eliminating the need for external soldering, while its built-in IMU and PID-controlled DC encoder motor provide precise wheel odometry data essential for robotics and AI education. With dual controllers, this kit integrates the power of Raspberry Pi RP2040 and Jetson Nano for a robust, real-time AI processing experience, supporting seamless development across NVIDIAs open-source ecosystem.
Features and Highlights:

Powerful Battery & Protection: Features onboard 3 x 2600mAh 18650 batteries with 12.6V output and a protection circuit against overcharge, over-discharge, and short circuits.

Battery Monitoring: The INA219 onboard module provides real-time battery voltage and current monitoring, ensuring optimal performance and efficiency.

Integrated OLED Display: The 0.91-inch OLED with 128×32 resolution displays essential real-time data, such as IP address, memory usage, and battery levels.

Accurate IMU Sensor: Equipped with the MPU9250 IMU posture sensor for precise directional control and stable movement.

PID-Controlled Motor: The coded DC gear motor supports PID adjustments for accurate wheel odometry and smooth movement control.

Advanced Dual-Core Controller: The Raspberry Pi RP2040 controller offers real-time performance and high-accuracy motor control.

Comprehensive ROS and AI Support: Fully compatible with ROS-based AI functions, including obstacle avoidance, line tracking, and vision processing through OpenCV, for a versatile AI development experience.