hiwonder

【Serial Bus Daisy-Chaining】Featuring a compact dual-shaft frame and dual 3-pin ports, the HX-08LC enables efficient TTL single-wire daisy-chaining. A single bus controls multiple servos, eliminating cable clutter for a clean, streamlined robot layout.

【8 kg·cm Torque & Millisecond Response】Driven by a high-performance coreless motor with precise 240° control, this servo delivers a swift 0.06 s/60° response and an 8 kg·cm stall torque, ensuring exceptionally precise, fluid robotic motion.

【Dual-Shaft Architecture】The HX-08LC utilizes a miniature dual-shaft design to minimize installation space while optimizing load distribution, ensuring balanced joint stress and highly stable operation under load.

【Precision Stainless Steel Gears】High-strength stainless steel gears paired with a low-heat coreless structure ensure smooth rotation, maximizing transmission precision and mechanical lifespan during high-load operations.

【Trapezoidal Motion Control】This servo enables rapid ID/mode configuration and data readback via PC software. Its built-in trapezoidal acceleration algorithm effectively eliminates inertial jitter, achieving smooth, flexible joint transitions.

【High-Precision Magnetic Encoder Servo】The HX-10HM uses a 12-bit high-precision magnetic encoder, with trapezoidal acceleration/deceleration and PID control, ensuring 360° precise control with zero backlash and smooth operation.

【Professional Visual PC Software】Includes servo scanning, visualized parameter configuration, and motion mode switching, catering to both embedded development and complex multi-DOF robot design.

【Real-Time Feedback and Protection】Provides real-time angle, temperature, and voltage feedback, with built-in protections like anti-stall, overheat, overload, and overvoltage for safe and reliable operation.

【Flexible Application】Supports serial bus connection, ID recognition, and dual-mode control, with source code and protocols for ESP32, STM32, Arduino, Raspberry Pi, and Jetson controllers.

【Comprehensive Tutorials】Includes code examples, debugging tools, and comprehensive documentation to accelerate development, allowing you to focus on hardware innovation.

【High-Precision Magnetic Encoder Servo】The HX-30HM uses a 12-bit high-precision magnetic encoder, with trapezoidal acceleration/deceleration and PID control, ensuring 360° precise control with zero backlash and smooth operation.

【Professional Visual PC Software】Includes servo scanning, visualized parameter configuration, and motion mode switching, catering to both embedded development and complex multi-DOF robot design.

【Real-Time Feedback and Protection】Provides real-time angle, temperature, and voltage feedback, with built-in protections like anti-stall, overheat, overload, and overvoltage for safe and reliable operation.

【Flexible Application】Supports serial bus connection, ID recognition, and dual-mode control, with source code and protocols for ESP32, STM32, Arduino, Raspberry Pi, and Jetson controllers.

【Comprehensive Tutorials】Includes code examples, debugging tools, and comprehensive documentation to accelerate development, allowing you to focus on hardware innovation.

【Serial Bus Connection】The HX-65HM servo features a dual-interface serial bus connection, streamlining the wiring process and enhancing the product's neatness and aesthetic appeal.

【65KG High Torque & 360° Precision Control】 Utilizing 360° angle precision feedback and up to 65 kg·cm torque, the servo ensures exceptional accuracy and linearity, enhancing the robot's stability and extending the servo’s lifespan.

【Dual-Axis Structure】HX-65HM servo featuring a dual-axis stabilization design, the main shaft delivers power while the auxiliary shaft provides support. This dual-axis configuration ensures smooth and stable operation of robotic joints.

【Metal Gear & CNC Case】High-strength metal gears combined with a precision CNC metal case provide excellent durability, effective heat dissipation, and long-term reliability for demanding robotic tasks.

【Flexible Application】The servo supports ID-based bus communication for easy identification, and provides real-time monitoring with feedback on angle, temperature, and voltage. Additionally, it offers dual-mode functionality, supporting both servo mode and reduction motor mode.

【AI-Driven & Jetson-Powered】 Hiwonder JetAcker is a high-performance ROS robot for STEAM education. Equipped with Jetson Nano/Orin Nano/Orin NX controllers and compatible with both ROS1 and ROS2, JetAcker integrates deep learning frameworks with TensorRT acceleration.

【SLAM Development and Diverse Configuration】Hiwonder JetAcker is equipped with a powerful combination of a 3D depth camera and Lidar. It utilizes a wide range of advanced algorithms including gmapping, hector, karto, cartographer and RRT, enabling precise multi-point navigation, TEB path planning, and dynamic obstacle avoidance. Using 3D vision, JetAcker AI robot can capture point cloud images of the environment to achieve RTAB 3D mapping navigation.

【Al Large Model Empowered, Human Robot Interaction Redefined】 JetAcker deploys multimodal models with ChatGPT at its core, integrating 3D vision and a 6-microphone array. This synergy enhances its perception, reasoning, and actuation capabilities, enabling advanced embodied AI applications and delivering natural, context-aware human robot interaction.

【Classical Ackermann Steering Mechanism】 The Ackermann chassis combines maneuverability and steering precision, facilitating the learning and validation of real-world vehicle steering principles. This design enables realistic simulation of autonomous driving scenarios for enhanced educational experiences.

【STEAM Education Tutorials】 Hiwonder JetAcker's structured curriculum guides users to master cutting-edge technologies including ROS development, SLAM mapping and navigation, 3D depth vision, OpenCV, YOLO26, MediaPipe, Large Al model integration, Movelt and Gazebo simulation, and voice interaction. Supported by extensive documentation and video tutorials, our progressive learning system breaks down complex concepts into digestible modules, guiding you from fundamentals to advanced implementations-empowering you to build your own intelligent robotic systems.

【AI-Driven and Jetson-Powered】JetArm Pro 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 Pro is ideal for developing sophisticated AI projects.

【High-Performance AI Robotics & 3D Vision】 JetArm Pro features six high-torque smart bus servos, a 3D depth camera, a 7-inch touchscreen, and a microphone array—bringing together powerful hardware to support a wide range of AI-powered capabilities, including 3D spatial grasping, target tracking, object sorting, voice control, and embodied AI.

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

【Versatile Multimodal Expansion】With support for Mecanum wheel and tank chassis, electric sliding rail, and conveyor belt, JetArm Pro easily adapts to creative AI applications like intelligent transport, line following, and automated workflows—making it ideal for building advanced, scalable AI scenarios.

【Advanced Technologies & Comprehensive Tutorials】With JetArm Pro, 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.

【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.

【NVIDIA Jetson & Raspberry Pi 5 Powered】 Driven by high-performance Jetson and Raspberry Pi 5 controllers, JetAuto Pro delivers native ROS1/ROS2 compatibility. With integrated TensorRT and deep learning frameworks, JetAuto is purpose-built for advanced AI applications, SLAM, and vision recognition.

【Multimodal Large AI Models & OpenClaw】 Deploying OpenClaw and ChatGPT-centric multimodal models, the system seamlessly fuses 3D vision with a 6-microphone array. This enables natural, context-aware voice interaction that fully empowers real-world embodied AI applications.

【Advanced Dual-Sensor SLAM & Navigation】 Pairing a 3D depth camera with LiDAR, the robot natively supports Gmapping and Cartographer algorithms. It delivers high-precision multi-point autonomous navigation, dynamic obstacle avoidance, and real-time 3D point cloud mapping.

【Versatile Cross-Platform Control】 Supports cross-platform control via mobile apps, wireless controllers, and keyboards. It can seamlessly import custom code to autonomously decompose tasks and precisely execute complex actions.

【Progressive STEAM & Complete Simulation】 Master development with a structured curriculum covering ROS, 3D vision, MoveIt motion planning, and Gazebo simulation. Backed by comprehensive documentation, it empowers developers to rapidly build intelligent robotic systems.

【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.