Photo credits: Hiwonder

Intelligent humanoid humanoid construction, programming, and dancing robot H5S 16 DOF


€769.00 VAT Incl.

RoboSoul H5S is an intelligent humanoid robot with 16 servos. It can easily achieve boxing, football, dancing, etc. The smart phone APP is provided to control the movements and lead the dancing action groups. The latest RoboSoul H5S humanoid robot has been upgraded for better performance with high-voltage bus servo, flexible body structure and longer running time.



In stock
Delivery: 7 to 15 days
Categories: EDU+ range
PAYMENT & SECURITY

DESCRIPTION

YouTube video - _sqfEy93yg0

 

Walking at high speed

H5S has improved its high-speed gait, which effectively improves the robot's walking speed and stability.
 

APP Group Control

H5S has a built-in wireless communication module that supports many robots to work at the same time. The performance can be easily realized through the mobile APP.
 
Robot construction programming dance humanoid intelligent H5S Hiwonder 16 DOF

Get up automatically

Loaded with a tilt sensor, the H5S humanoid robot can automatically recognize the direction when it falls, and then stand up by itself. In addition, various action groups have been downloaded into the controller.
Robot construction programming dance humanoid intelligent H5S Hiwonder 16 DOF

Remote control of the device

PC Software Control: With the provided PC software, you can check the running data of each servo and easily program your own actions. Detailed tutorials from Hiwonder will show you step by step.
Mobile Phone Control: H5S supports Android/iOS smart phone control. There are dancing mode, football mode and fighting mode for your choice!
 
Robot construction programming dance humanoid intelligent H5S Hiwonder 16 DOF

Powerful control system

The specified H5S servo controller is designed for high performance. It has a built-in tilt sensor, MP3 module and 16M large memory. It supports free computer drive, TTL serial port communication, offline operation and low voltage alarm to protect the robot.