% $-759.99
Hiwonder
SpiderPi Pro: Hiwonder Hexapod Robot with AI Vision Robotic Arm Powered by Raspberry Pi 4B 4GB
Product SKU: HW2019192
- Loaded with robotic arm and HD camera
- First person view for various AI creative games
- Built-in inverse kinematic algorithm and work with OpenCV
- Powered by Raspberry Pi 4B 4GB and support Python programming
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Product Description
Powered by Raspberry Pi 4B, SpiderPi Pro is an upgraded AI vision hexapod robot kit on the basis of Hiwonder SpiderPi kit. A vision robotic arm is added on it and more AI creative games are expanded, such as target tracking, smart carrier, face-activated fan and group control.
SpiderPi Pro is a great helper for you to learn and verify machine vision, hexapod gait and robot kinematic. Besides, it provides solutions for your secondary development, such as sensor applications, visual picking. Abundant tutorials and open-source code are offered enabling you to better experience SpiderPi Pro!
SpiderPi Pro is a great helper for you to learn and verify machine vision, hexapod gait and robot kinematic. Besides, it provides solutions for your secondary development, such as sensor applications, visual picking. Abundant tutorials and open-source code are offered enabling you to better experience SpiderPi Pro!
Powered by Raspberry Pi 4B 4GB, SpiderPi Pro is an upgraded AI vision hexapod robot kit on the basis of Hiwonder SpiderPi kit. A vision robotic arm is added on it and more AI creative games are expanded, such as target tracking, smart carrier, face-activated fan and group control.
SpiderPi Pro is a great helper for you to learn and verify machine vision, hexapod gait and robot kinematic. Besides, it provides solutions for your secondary development, such as sensor applications, visual picking. Abundant tutorials and open-source code are offered enabling you to better experience SpiderPi Pro!
SpiderPi Pro is a great helper for you to learn and verify machine vision, hexapod gait and robot kinematic. Besides, it provides solutions for your secondary development, such as sensor applications, visual picking. Abundant tutorials and open-source code are offered enabling you to better experience SpiderPi Pro!
Ingenious Combination
Ingenious Combination
The integration of hexapod robot and robotic arm leaves a room for imagination and strengthens function.
The integration of hexapod robot and robotic arm leaves a room for imagination and strengthens function.
Featuring eminent cross-country and passing performance, SpiderPi Pro can cross the obstacle, adjust its angle and height to walk on various surface.
Robot arm empowers the hexapod robot to execute more tasks, for example, pick the target object in 3D space.
First Person View, Intelligent Sorting
First Person View
Intelligent Sorting
Intelligent Sorting
The HD camera is installed on the end of the robotic arm. This delicate design provides first person view and extends rotation range of the camera.
The HD camera is installed on the end of the robotic arm. This delicate design provides first person view and extends rotation range of the camera.
AI Vision Recognition, Target Tracking
AI Vision Recognition
Target Tracking
Target Tracking
SpiderPi Pro takes OpenCV as image processing library and utilizes FPV to recognize and locate the target block so as to realize line following, target tracking, tag recognition, ball kicking, shape recognition, face detection, etc.
SpiderPi Pro takes OpenCV as image processing library and utilizes FPV to recognize and locate the target block so as to realize line following, target tracking, tag recognition, ball kicking, shape recognition, face detection, etc.
Tracking and Kicking
SpiderPi Pro not only can perform target tracking, but also calculate the relative position. Through inverse kinematic algorithm, it can switch gait automatically to kick the ball and block.
Sorting and Transferring
The position of different blocks can be recognized, and the distance can be judged. Through inverse kinematic algorithm, the robotic arm can pick the block, and then transfer it to the corresponding area independently.
Tracking and Kicking
SpiderPi Pro not only can perform object tracking, but also calculate the relative position. Through inverse kinematic algorithm, it can switch gait automatically to kick the ball and block.
Sorting and Transferring
The position of different blocks can be recognized, and the distance can be judged. Through inverse kinematic algorithm, the robotic arm can pick the block, and then transfer it to the corresponding area independently.
Open Python Code
Python code of all intelligent games are open and has detailed annotation for easy learning.
Two Control Methods
Support Android/ iOS APP and handle control. You can experience it in different ways.
Graphical PC Software
Graphical PC software is provided on which you can directly drag the slider to control the servo to move and edit the action group without programming.
APP One-click Connection
Connect WonderPi to WiFi and search WonderPi in LAN. Only one click can obtain device IP convenient for remote connection, using and development.
HD Wide-angle Camera
HD Wide-angle Camera
The loaded 120 degree wide-angle HD camera expands SpiderPi Pro’s vision recognition range. This camera supports manual focus adjustment.
The loaded 120 degree wide-angle HD camera expands SpiderPi Pro’s vision recognition range. This camera supports manual focus adjustment.
High Voltage Serial Bus Servo
High Voltage Serial Bus Servo
Robotic arm on SpiderPi Pro adopts smart high voltage serial bus servo which has higher accuracy, feedback and longer service life compared to traditional 7.4V servo.
Robotic arm on SpiderPi Pro adopts smart high voltage serial bus servo which has higher accuracy, feedback and longer service life compared to traditional 7.4V servo.
Powerful Control System
- Independent power switch for stable power supply
- channel PWM servo port with avoiding current protection
- Loaded 6-axis sensor IC helps data collection
- GPIO pins and 4 IIC ports for users’ extension
- 4PIN ports are compatible with Hiwonder sensors
Product Parameter
Packing List
Packing List
| Item | Specification |
| Body weight | about 3.1KG |
| Material | metal and fiberglass board |
| Camera resolution | 480P |
| Ultrasonic ranging distance | 2-400cm |
| Robotic arm DOF | 4+1 |
| Battery | 11.1V 3500mAh 10C Lipo battery |
| Battery life | 40min(continuous working) |
| Leg | 3DOF (each leg) x6 |
| Hardware | Raspberry Pi 4GB and Raspberry Pi expansion board |
| Software | mobile APP+ PC software + PC control software |
| Communication | Wi-Fi/ Ethernet |
| Servo | LX-224HV high voltage serial bus servo and serial bus servo |
| Control method | PC/ APP/ handle control |
| Package size | 400*400*170mm (length*width*height) |
| Package weight | about 4.8kg |
| Packing List | SpiderPi Pro body(with Raspberry Pi 4B 4GB)*1 SpiderPi Pro robotic arm*1 Camera*1 PS2 handle*1 11.1V Lipo battery charger*1 Tag*3 Ball*4 4*4cm Block*4 Card reader*1 Accessory bag*1 |
