Hiwonder TurboPi Raspberry Pi Robot Car ROS2 with Mecanum Wheels, AI Vision & Tracking, Multimodal Large AI Model ChatGPT / Gemini / Grok / Llama, and Voice Interaction

The Hiwonder TurboPi is an open-source AI vision robot car powered by the Raspberry Pi and running on the ROS2 framework. Equipped with omnidirectional Mecanum wheels and advanced multimodal large language model integration, it is the ideal platform for South African students, educators, and makers looking to master Python programming, computer vision, and embodied AI.

Open-source AI vision platform

Powered by Raspberry Pi and running on ROS2, TurboPi supports Python programming with OpenCV and YOLO26 for image processing and object detection. The Advanced and Ultimate Kits combine multimodal large AI models, the OpenClaw agent, and an AI voice interaction box for high-level embodied AI applications.

Integrated OpenClaw agent control

Deep integration with the OpenClaw agent allows you to control TurboPi through a PC or mobile application. This breaks down device and scenario limitations, enabling seamless cross-platform collaboration.

Multimodal AI task execution

TurboPi processes remote voice or text inputs to autonomously decompose complex tasks, make smart decisions, and execute physical operations. This moves beyond traditional rigid commands to enable dynamic, cognitive human-machine interaction.

Real-time colour and object tracking

Built-in OpenCV vision algorithms allow TurboPi to quickly identify colours and objects, calculating their physical positions in real time. This ensures accurate tracking and responsive navigation during autonomous driving tasks.

Advanced computer vision algorithms

With pre-configured YOLO26, MediaPipe, and OpenCV algorithms, the robot handles object detection, face recognition, and gesture control. These features are ready to use with no complex setup required.

Omnidirectional Mecanum wheel chassis

Featuring four omnidirectional Mecanum wheels, TurboPi can move 360 degrees, including sideways, diagonally, and rotating on the spot. This high-mobility chassis allows the robot car to navigate complex routes and tight spaces with ease.

Two-degree-of-freedom pan-tilt camera

The HD wide-angle camera is mounted on a 2DOF pan-tilt mechanism equipped with two anti-blocking servos. It rotates 130 degrees vertically and 180 degrees horizontally, providing a full 360-degree field of view.

Embodied AI and voice interaction

The Advanced Kit includes a high-performance AI voice interaction module that leverages ChatGPT and Gemini for natural, bidirectional communication. This transitions the robot from simple semantic understanding to physical execution, combining vision and reasoning.

Four-channel infrared line following

Equipped with a 4-channel line follower featuring high-precision infrared detectors, TurboPi accurately tracks lines, detects curves, and recognises intersections. This ensures smooth and intelligent navigation along preset paths.