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【Omni-Directional Movement, FPOV】 The chassis is equipped with 4 high-performance encoder geared motors and 4 omni-directional mecanum wheels. ArmPi Pro can realize 360° movement. Combined with HD camera ending in robot arm, it can provide first person point of view.

【Powerful Control System】 RaspberryPi 4B/5 makes breakthrough in processor speed, multimedia performance, memory and connection. The combination of RaspberryPi 4B/5 and RaspberryPi expansion board significantly enhances ArmPi Pro's AI performance!

【AI Vision Recognition, Target Tracking】 ArmPi Pro takes OpenCV as image processing library and utilizes FPV camera to recognize and locate the target block so as to realize color sorting, target tracking, line following, and other AI games.

【APP Control, FPV Transmitted Image】 Android and iOS APP are available for robot remote control. Via the APP, you can control the robot in real time and switch various AI games just by one tap.

【Powerful Hardware】 Hiwonder Ackerman chassis is equipped with high-performance DC reduction motor, high-quality rubber tires, LD-1501MG high-torque digital servo and other components. The chassis adopts an all-metal aluminum alloy structure with anodized surface, which is beautiful and exquisite.

【Ackerman Steering Structure】 The Ackerman chassis adopts a forward Ackerman steering structure and the rear wheels travel with electronic differential, which can satisfy users' learning of Ackerman's special structure.

【Unlimited Expansion】 As a DIY kit, it's suitable for robot lovers. At the same time, it can expand electronic systems such as STM32 to achieve more creativity.

【Version Difference】 The standard version is a single layer Ackermann chassis; the advanced version is the double layer Ackermann chassis.

【Al-Driven ROS Robot】 Powered by NVIDIA Jetson or Raspberry Pi 5, this ROS 1/ROS 2 compatible robot integrates mainstream deep learning frameworks,including YOLO26 and MediaPipe.

【Multimodal Al & OpenClaw Empowerment】 Featuring ChatGPT-centered multimodal Al models and deep OpenClaw integration, the robot autonomously handles task decomposition, intelligent decision-making, and precise execution to achieve true embodied intelligence.

【SLAM & Intelligent Navigation】 Combining a 3D depth camera and LiDAR with Gmapping and Cartographer algorithms, the system delivers precise multi-point navigation,TEB path planning, and dynamic obstacle avoidance.

【High-Performance Visual Robotic Arm】 The onboard 6DOF robotic arm features 35 kg torque and an end-effector HD camera, enabling precise object grasping from a first-person perspective.

【Far-Field Voice & Multimodal Control】 The integrated 6-microphone array and speaker support sound source localization, voice navigation, and voice-controlled grasping. Multiple control options are available, including a mobile app, a wireless controller, ROS, and keyboard inputs.

【ROS Robotic Arm with Raspberry Pi】 ArmPi FPV is an open-source AI robot arm based on Robot Operating System and powered by Raspberry Pi. Loaded with high-performance intelligent servos and AI camera, and programmable using Python, it is capable of vision recognition and gripping.

【Abundant AI Applications】 Guided by artificial intelligence vision, ArmPi FPV excels in executing functions such as stocking in, stocking out, and stock transfer, realizing integration into Industry 4.0 environments.

【Inverse Kinematics Algorithm】 ArmPi FPV employs an inverse kinematics algorithm, enabling precise target tracking and gripping within. It also provides detailed analysis on inverse kinematics, DH model, and offers the source code for the inverse kinematics function.

【Robot Control Across Platforms】 ArmPi FPV provides multiple control methods, like WonderPi app (compatible with iOS and Android system), wireless handle, mouse, PC software and Robot Operating System, allowing you to control the robot at will.

【Abundant AI Applications】 Guided by intelligent vision, ArmPi FPV excels in executing functions such as stocking in, stocking out, and stock transfer, realizing integration into Industry 4.0 environments.

【High-quality vibration reduction effect】 The chassis incorporates an 8-channel high-elasticity carbon steel tension spring and is equipped with micro bearings, ensuring agile maneuverability across diverse terrains.

【Strong robot tank bracket】 The main body is crafted from aluminum alloy and undergoes an anodized surface treatment, resulting in an exquisite appearance. The top layer can be easily removed, facilitating DIY development.

【More extended functions】 Bracket contain multiple expansion ports and are fully compatible with popular controllers on the market such as Jetson Nano, Raspberry Pi, Arduino ect. You also can add multiple sensors and servos to create your robot.

【Application】 This it is perfect for hobbyists, educational, competitions and research projects. Many schools or education departments choose this car chassis for school students to learn AI robot knowledge.

【Version Difference】 The standard version is a single layer Track chassis; The advanced version is the double layer Track chassis.

【Raspberry Pi 5 & ROS2 Robot Car】 Powered by a Raspberry Pi 5 and ROS2, the MentorPi A1 robot is an ideal platform for AI robot development, programmed in Python.

【Built with Advanced Components】 Equipped with closed-loop encoder motors, a TOF lidar, a 3D depth camera, and high-torque servos for optimal performance.

【Advanced AI Capabilities】 Supports SLAM mapping, path planning, vision recognition, target tracking, and more for a wide range of AI applications.

【Autonomous Driving with Deep Learning】 Utilizes YOLOv11 model training to enable road sign and traffic light recognition, helping users develop autonomous driving technologies.

【Human-Robot Interaction】 Empowered by a large AI model with ChatGPT at its core, MentorPi robot A1 uses 3D vision and AI voice to enhance its capabilities, enabling natural, context-aware human-robot interaction.

【AI-Driven and Jetson-Powered】Hiwonder JetArm is a high-performance 3D vision robot arm developed for ROS education scenarios. It is equipped with the Jetson Nano, Orin Nano, or Orin NX as the main controller, and is fully compatible with both ROS1 and ROS2. With Python and deep learning frameworks integrated, JetArm is ideal for developing sophisticated AI projects.

【High-Performance AI Robotics】Hiwonder JetArm features 6 intelligent serial bus servos with a torque of 35KG. The robot arm is equipped with a 3D depth camera, a built-in 6-microphone array, and Multimodal AI Large Models, enabling a wide variety of applications, such as 3D spatial grabbing, target tracking, object sorting, scene understanding, and voice control.

【Depth Point Cloud, 3D Scene Flexible Grabbing】JetArm is equipped with a high-performance 3D depth camera. Based on the RGB data, position coordinates and depth information of the target, combined with RGB+D fusion detection, Hiwonder JetArm can realize free grabbing in 3D scene and other AI projects.

【Enhanced Human Robot Interaction Powered by AI】JetArm leverages Multimodal AI Large Models to create an interactive system centered around ChatGPT. Paired with its 3D vision capabilities, JetArm boasts outstanding perception, reasoning, and action abilities, enabling more advanced embodied AI applications and delivering a natural, intuitive human robot interaction experience.

【Advanced Technologies & STEAM Education Tutorials】With JetArm, you will master a broad range of cutting-edge technologies, including ROS development, 3D depth vision, OpenCV, YOLOv11, MediaPipe, AI models, robotic inverse kinematics, MoveIt, Gazebo simulation, and voice interaction. We provide in-depth learning materials and video tutorials to guide you step by step, ensuring you can confidently develop your own AI powered robotic arm.

【Driven by Coreless Servos】 Hiwonder MechDog is equipped with 8 high-speed coreless servos, providing exceptional torque, rapid response, robust force, and high accuracy. Its leg linkage structure enables swift, precise, agile and stable walking in any environment.

【Inverse Kinematics for Flexible Movement】 MechDog features built-in inverse kinematics that support real-time adjustments of walking direction, gait and posture, resulting in more flexible and lifelike movements.

【Cross-Platform Control with Multiple Programming Options】 Hiwonder MechDog supports control via PC software and a mobile app. It can be programmed using Python, Scratch, or Arduino, offering a variety of programming options.

【Extensive Expansion for Creativity】 MechDog can be enhanced with various sensors and electronic modules. It is also compatible with LEGO components, allowing for a broad range of creative applications.