Yahboom Raspberry Pi 4B AI Robot ROS Tank Kit Transbot with Somatosensory Depth Camera 3D Scanner ROS Robotics Coding 2D 3D Mapping Navigation Electronics Building Kit for Adult

Transbot is a crawler off-road robot based on ROS (robot operating system), designed specifically for ROS enthusiasts and robotics players. It features advanced hardware configurations including Jetson NANO or Raspberry Pi, Lidar, and HD/depth cameras. This kit enables applications like robot motion control, remote communication, mapping navigation, obstacle avoidance, autopilot, and robotic arm MoveIt simulation, making it perfect for diving into ROS robotics programming.

Transbot is a crawler off-road robot built on ROS technology, offering a robust platform for intelligent robotics enthusiasts. Its design focuses on durable mobility and adaptability in various terrains, providing an exciting and practical foundation for robotics projects and learning.

This kit comes equipped with high-performance components such as Jetson NANO or Raspberry Pi, Lidar sensors, and HD or depth cameras. These advanced features allow users to implement sophisticated robotics functions, elevating your DIY robotics experience to a professional level.

With robot motion control, remote communication, mapping navigation, following-avoidance, autopilot, and robotic arm MoveIt simulation capabilities, this kit supports a wide range of practical and creative robotics applications. It's an ideal platform to deepen your skills in robotic navigation and AI-driven tasks.

The Transbot integrates intelligent AI features such as patrol routes, radar tracking, 3-DOF manipulator grasping, fixed-point navigation, automatic driving, color recognition and tracking, AR tag recognition, visual beautification, face detection, and lidar mapping. Open-source code provided by Yahboom allows endless customization possibilities.

The robot supports multiple control methods including a mobile app with integrated AI functions, FPV real-time visual control, JupyterLab online programming, and professional ROS operating system commands. This ensures flexibility whether you are programming or operating the robot remotely.

Experience full-fledged AI robotics control on a robust hardware platform. The Transbot opens a gateway for enthusiasts and professionals alike to explore autonomous navigation, AI vision, and versatile robotic arm control all in one integrated kit.

Lidar guard

Targets closer to the lidar sensor are locked on, ensuring the robot’s front always faces the target. This feature enables precise and dynamic environment awareness for responsive navigation.

Visual image beautification

Utilizes OpenCV technology to enhance video images by adding beautification effects, improving visual feedback and user experience during operation or remote control.

RRT autonomous exploration

Employs the RRT algorithm for autonomous map exploration and construction. It saves maps efficiently and returns to the starting point, highlighting its intelligent autonomous navigation capabilities.

Autopilot

Supports customized color selection enabling the robot to automatically recognize colors and drive forward autonomously, enhancing intelligent and adaptive behavior for various tasks.

Color recognition/tracking

Allows selecting a target color via a screen interface, enabling the robot to track and follow the chosen color dynamically during operation.

Colorful taillights

An LED light bar is installed at the rear of the robot, capable of producing various vibrant lighting effects that enhance its visual appeal and signaling functionality.

Intelligent patrol

Users can select patrol routes via a mobile app, allowing the car to autonomously patrol based on pre-defined routes, demonstrating smart and automated operation.

Lidar tracking

The lidar system scans and detects surrounding environment objects, intelligently choosing nearby targets to follow and move towards, enhancing interactive tracking performance.