Hiwonder JetAcker AI Robot Kit – NVIDIA Jetson-Powered ROS1/ROS2 Educational Coding Robot with multimodal AI model (ChatGPT), Voice Control, AI Vision Interaction & SLAM

The Hiwonder JetAcker AI Robot Kit is an advanced, autonomous driving robot car designed for ROS-based robotics education and research. Powered by an NVIDIA Jetson controller and equipped with Lidar, a 3D depth camera, and a microphone array, it is ideal for South African students, educators, and makers looking to explore embodied AI. This versatile platform supports multimodal AI models like ChatGPT, enabling voice control, SLAM mapping, and advanced vision interaction.

Autonomous driving for ROS education

Equipped with an NVIDIA Jetson controller, Lidar, 3D depth camera, and HD display, this platform provides a comprehensive setup for motion control and mapping. It supports multimodal AI large models to enable advanced embodied AI applications, backed by comprehensive tutorials.

Ackermann steering dynamics

The chassis features an Ackermann steering mechanism where the inner wheel's rotation angle exceeds the outer wheel's angle during turns. This design ensures the rear wheels remain parallel, delivering realistic automotive steering dynamics.

Lidar-powered SLAM mapping and navigation

Built-in Lidar enables real-time SLAM mapping, autonomous path planning, and fixed-point navigation. The system dynamically detects and avoids obstacles to navigate complex environments safely.

High-precision CNC metal components

Exceptional rotational force is delivered by full-metal CNC high-precision components and strong-bearing intelligent servos.

Durable chassis with high payload

The chassis is engineered for high payload capacity and deformation resistance. It minimizes friction coefficients and mechanical wear to ensure an extended operational lifespan.

All-terrain pendulum suspension structure

A high-precision pendulum suspension structure balances forces across the chassis, allowing the robot to adapt easily to uneven surfaces. This design prevents physical impact from transferring to the drive motors.

Serial bus servo drive system

Driven by a serial bus servo with built-in over-temperature protection, the steering system offers up to a 240-degree rotation range. This wide range significantly extends the robot's exploration capabilities.

Dual-controller collaborative architecture

The dual-controller architecture splits processing tasks to ensure efficient collaboration between high-level AI algorithms and low-level hardware control.

AI vision and scene understanding

Utilising a vision language model, the robot interprets semantic information within its environment, including surrounding objects and events. It also supports custom colour line following and YOLO-based deep learning object recognition.