Description
Introducing the AI Robot Kits Car, equipped with NVIDIA Jetson Nano motherboard, for learning SLAM algorithms with Python/C++. This kit comes with LIDAR for map building and autonomous navigation, indoor positioning automatic obstacle avoidance, following, laser radar path planning, cameras and OpenCV to patrol the line, and ROS mileage feedback.
With multi-point positioning function, the robot can autonomously plan paths, avoid obstacles and sequentially arrive at the destination point. It uses laser radar to build maps, and the indoor positioning system ensures automatic obstacle avoidance. The robot can also follow a pre-defined path using cameras and OpenCV.
The AI Robot Kits Car provides E-book with detailed installation tutorials and complete source code for secondary development. Jetson Nano motherboards ensure high performance and easy integration with other NVIDIA devices.
This robot is perfect for learning SLAM algorithms, professional training courses such as IoT, electronic information, and robotics competitions. It can also be used in science and technology museums and festival performances.
Functions:
Laser radar builds maps
Indoor positioning automatic obstacle avoidance
Following
Laser radar path planning
Cameras and OpenCV to patrol the line
Ros mileage feedback
Specifications:
- Mainboard: Jetson Nano
- Program language: Python, C++
- Size: 280*242*300mm
- Weight: about 3.5KG
- Battery: 2200 / 8400mAh lithium battery pack (some countries can't ship batteries, we will send battery cases instead of batteries)
- Digital display voltage: Three-digit display voltage
- Motor: DC brush motor
- IMU: Nine-axis gyroscope sensor
- Display: 7 inch HD touch screen
Get your hands on the AI Robot Kits Car and dive into the world of SLAM algorithms and autonomous navigation!
Other Information:
- Price: $999.99
- Shipping: Free worldwide shipping
- Warranty: 1 year
- In the box: AI Robot Kits Car, Jetson Nano motherboard, LIDAR sensor, 2200mAh/8400mAh lithium battery pack (battery case for some countries), three-digit display voltage, DC brush motor, nine-axis gyroscope sensor, 7-inch HD touch screen, E-book installation tutorial and complete source code for secondary development
- Applications: Learning SLAM algorithms, indoor mapping and navigation, autonomous robots for research and development, robotics competitions and exhibitions.
Payment & Security
Your payment information is processed securely. We do not store credit card details nor have access to your credit card information.