Hiwonder
About
About Hiwonder
Hiwonder is a Shenzhen educational-robotics company with its own development, production and warehousing operations. The company builds a broad hardware and curriculum ecosystem intended to let learners work directly with perception, motion control, navigation and interaction rather than treating AI as a software-only subject.
The catalogue ranges from JetArm and ArmPi manipulators to JetAuto mobile robots, PuppyPi quadrupeds, JetHexa and ROSpider multi-legged platforms, and AiNex or TonyPi small humanoids. Products use Raspberry Pi, NVIDIA Jetson, Arduino and other common controllers and are accompanied by tutorials, code and competition or classroom material. Hiwonder reports use across more than 100 countries and hundreds of universities. Its primary role is research and education infrastructure, not deployment of production humanoid fleets.
Supply
Supply chain relationships
- Deptrum
Inbound - Perception - Hiwonder's MentorPi T1 depth-camera configuration includes a Deptrum Aurora930 Pro
Source - NVIDIA
Inbound - Compute & Control - Hiwonder sells ROSpider with selectable Jetson Nano, Orin Nano or Orin NX controllers
Source - Deptrum
Inbound - Perception - Hiwonder ROSpider's depth-camera configuration uses a Deptrum Aurora930 Pro
Source - Deptrum
Inbound - Perception - Hiwonder ROSOrin's depth-camera configuration uses a Deptrum Aurora930 Pro
Source - Raspberry Pi
Inbound - Compute & Control - Hiwonder sells JetAuto with Raspberry Pi 5 as a selectable host-controller configuration
Source - Raspberry Pi
Inbound - Compute & Control - Hiwonder sells JetAcker with Raspberry Pi 5 as a selectable host-controller configuration
Source - Orbbec
Inbound - Sensing - Hiwonder JetHexa depth-camera configurations use the discontinued Orbbec Astra Pro Plus
Source - Orbbec
Inbound - Perception - Hiwonder identifies Orbbec's Dabai DCW depth camera in JetRover
Source - NVIDIA
Inbound - Compute & Control - Hiwonder sells JetRover configurations with NVIDIA Jetson Orin Nano
Source - LDROBOT
Inbound - Sensing Perception - Hiwonder ROSpider's lidar-equipped configuration uses an LDROBOT STL-19P D500
Source - SLAMTEC
Inbound - Sensing - Hiwonder's documented JetAuto A1 configurations include a SLAMTEC RPLIDAR A1 lidar
Source - NVIDIA
Inbound - Compute & Control - Hiwonder sells JetAcker with selectable Jetson Nano, Orin Nano or Orin NX controllers
Source - Raspberry Pi
Inbound - Compute & Control - Hiwonder sells JetRover configurations with Raspberry Pi 5
Source - Deptrum
Inbound - Perception - Hiwonder identifies a Deptrum Aurora 930 depth camera in LanderPi
Source - YDLIDAR
Inbound - Perception - Hiwonder includes YDLIDAR/EAI G4 LiDAR in the JetAcker Ultimate Kit
Source - Raspberry Pi
Inbound - Compute & Control - Hiwonder offers ArmPi Ultra kits with an included Raspberry Pi 5 controller
Source - STMicroelectronics
Inbound - Compute & Control - Hiwonder JetRover uses an STMicroelectronics STM32F407VET6 processor for low-level motion control
Source - SLAMTEC
Inbound - Perception - Hiwonder offers JetAcker kits with SLAMTEC A1 LiDAR
Source - Deptrum
Inbound - Perception - Hiwonder specifies the Deptrum Aurora930 depth camera in ArmPi Ultra
Source - STMicroelectronics
Inbound - Compute & Control - Hiwonder ROSpider uses an STMicroelectronics STM32F407VET6 processor for low-level motion control
Source - STMicroelectronics
Inbound - Compute & Control - Hiwonder ROSOrin uses an STMicroelectronics STM32F407VET6 processor for low-level motion control
Source - STMicroelectronics
Inbound - Compute & Control - Hiwonder LanderPi uses an STMicroelectronics STM32F407VET6 processor for low-level motion control
Source - NVIDIA
Inbound - Compute & Control - Hiwonder sells JetAuto with selectable Jetson Nano, Orin Nano or Orin NX controllers
Source - Raspberry Pi
Inbound - Compute & Control - Hiwonder sells ROSpider with Raspberry Pi 5 as a selectable host-controller configuration
Source - NVIDIA
Inbound - Compute & Control - Hiwonder offers JetAuto Pro configurations with NVIDIA Jetson Nano controllers
Source - LDROBOT
Inbound - Sensing Perception - Hiwonder ROSOrin's lidar-equipped configuration uses an LDROBOT STL-19P D500
Source - Raspberry Pi
Inbound - Compute & Control - Hiwonder states that LanderPi uses Raspberry Pi 5 as its ROS controller
Source - Orbbec
Inbound - Perception - Hiwonder JetAcker depth-camera configurations use the discontinued Orbbec Astra Pro Plus
Source - Raspberry Pi
Inbound - Compute & Control - Hiwonder offers MentorPi T1 with an optional Raspberry Pi 5 controller
Source - Raspberry Pi
Inbound - Compute & Control - Hiwonder offers MentorPi A1 kits with Raspberry Pi 5 included
Source - Raspberry Pi
Inbound - Compute & Control - Hiwonder offers ArmPi Pro kits with Raspberry Pi 4B or Raspberry Pi 5 included
Source - Espressif Systems
Inbound - Compute & Control - Hiwonder miniAuto Pro uses Espressif ESP32 control, with ESP32-P4/C5 in its WonderLLM AI configuration
Source - YDLIDAR
Inbound - Sensing - Hiwonder offers JetHexa with a selectable YDLIDAR EAI G4 lidar configuration
Source - NVIDIA
Inbound - Compute & Control - Hiwonder offers JetArm Pro kits with NVIDIA Jetson Nano, Orin Nano or Orin NX
Source - Raspberry Pi
Inbound - Compute & Control - Hiwonder offers MentorPi M1 kits with Raspberry Pi 5 included
Source - Raspberry Pi
Inbound - Compute & Control - Hiwonder offers NexArm ROS kits with Raspberry Pi 5 included
Source - NVIDIA
Inbound - Compute & Control - Hiwonder JetMax uses NVIDIA Jetson Nano compute
Source - STMicroelectronics
Inbound - Compute & Control - Hiwonder JetArm Pro uses an STMicroelectronics STM32F407VET6 robot controller
Source - Raspberry Pi
Inbound - Compute & Control - Hiwonder offers SpiderPi kits with Raspberry Pi 4B or Raspberry Pi 5 included
Source - STMicroelectronics
Inbound - Compute & Control - Hiwonder ROS Robot Control Board integrates an STMicroelectronics STM32F407VET6 MCU
Source - Raspberry Pi
Inbound - Robotics Compute - Hiwonder sells ROSOrin configurations powered by Raspberry Pi 5
Source - YDLIDAR
Inbound - Perception - Hiwonder includes YDLIDAR/EAI G4 LiDAR in the JetRover Ultimate Kit
Source - NVIDIA
Inbound - Compute & Control - NVIDIA Jetson compute is offered in controller-equipped NexArm ROS Sliding Rail VLA Kit configurations
Source - NVIDIA
Inbound - Compute & Control - Hiwonder offers NexArm ROS Mobile Chassis kits with NVIDIA Jetson Nano or Orin Nano
Source - NVIDIA
Inbound - Compute & Control - Hiwonder offers NexArm ROS kits with NVIDIA Jetson Nano, Orin Nano or Orin NX
Source - Espressif Systems
Inbound - Compute & Control - Hiwonder NexArm ROS uses an Espressif ESP32 controller
Source - STMicroelectronics
Inbound - Compute & Control - Hiwonder JetArm uses an STMicroelectronics STM32F407 robot controller
Source - NVIDIA
Inbound - Compute & Control - Hiwonder’s JetHexa hexapod uses NVIDIA Jetson Nano B01 computing
Source - Raspberry Pi
Inbound - Compute & Control - Hiwonder offers SpiderPi Pro kits with Raspberry Pi 4B or Raspberry Pi 5 included
Source - Espressif Systems
Inbound - Compute & Control - Hiwonder xArm AI uses Espressif ESP32 in its CoreX controller
Source - NVIDIA
Inbound - Compute & Control - Hiwonder offers NexArm ROS Dual-arm Conveyor Kit kits with NVIDIA Jetson Nano, Orin Nano or Orin NX
Source - Raspberry Pi
Inbound - Compute & Control - Hiwonder offers NexArm ROS Sliding Rail VLA Kit kits with Raspberry Pi 5 included
Source - Espressif Systems
Inbound - Compute & Control - Hiwonder LeArm AI uses an Espressif ESP32 controller
Source - SLAMTEC
Inbound - Perception - Hiwonder includes SLAMTEC A1 LiDAR in JetRover Standard, Advanced and Developer kits
Source - Espressif Systems
Inbound - Compute & Control - Hiwonder NexArm ROS Mobile Chassis Kit uses an Espressif ESP32 controller
Source - Raspberry Pi
Inbound - Compute & Control - Hiwonder offers NexArm ROS Mobile Chassis Kit kits with Raspberry Pi 5 included
Source - TDK
Inbound - Sensing - Hiwonder ROS Robot Control Board integrates a TDK InvenSense MPU6050 IMU
Source - SLAMTEC
Inbound - Sensing - Hiwonder offers JetHexa with a selectable SLAMTEC C1 lidar configuration
Source - Espressif Systems
Inbound - Compute & Control - Hiwonder MechDog AI uses Espressif ESP32 control and an ESP32-S3 AI module
Source - NVIDIA
Inbound - Compute & Control - Hiwonder JetMax Pro uses NVIDIA Jetson Nano compute
Source - Espressif Systems
Inbound - Compute & Control - Hiwonder NexArm ROS Sliding Rail VLA Kit uses an Espressif ESP32 controller
Source - Raspberry Pi
Inbound - Compute & Control - Hiwonder offers ArmPi FPV kits with Raspberry Pi 4B or Raspberry Pi 5 included
Source - NVIDIA
Inbound - Robotics Compute - NVIDIA Jetson compute is offered in controller-equipped ROSOrin configurations
Source - NVIDIA
Inbound - Compute & Control - Hiwonder offers JetArm kits with NVIDIA Jetson Nano, Orin Nano or Orin NX
Source
Timeline
Events
- 2025-11-11 - Demonstration - Hiwonder demonstrates JetRover multimodal AI task execution
JetRover maps a maze with SLAM, locates colored blocks and uses a depth camera to detect them. Its robotic arm uses inverse kinematics to grasp each block and place it in the matching box. After completing the sorting sequence, the robot navigates back to its starting position under the same task instruction.
Source