GO1 edu

A lightweight quadruped that serves as an educational tool to promote hands-on learning, inspire curiosity in robotics, and develop skills in programming and control systems. It allows users to explore the fundamentals of robotics in a practical and engaging manner.

lightweight quadruped

key benefits of Go1

increased range of motion

The flexible and adaptable joints in Go1 provide advantages such as increased range of motion, energy efficiency, impact absorption, terrain adaptation, obstacle negotiation, and dynamic stability. This enables it to navigate diverse environments, perform complex tasks, and maintain stability and efficiency.

long endurance

A quadruped with long endurance can operate continuously for extended periods, reducing the need for frequent interruptions for recharging or refueling. This translates into increased productivity and efficiency, as the robot can perform tasks for longer durations without downtime.

adaptable and versatile

The reduced weight of Go1 EDU enables it to interact with the environment in versatile ways. It can climb stairs, jump over obstacles, and even perform delicate tasks with precision and control. This versatility makes them adaptable for a wide range of applications, including surveillance, inspection, and assistance in hazardous or inaccessible areas.

 

go1 edu technical drawings

robot development kits

Lightweight Quadruped

220mm high

Lightweight Quadruped

588mm long

Lightweight Quadruped

290mm wide

go1 edu specifications

Dimension (Stand) 645 × 280 × 400mm
Dimension (Fold) 540 × 290 × 130mm
Weight 12Kg±1.5Kg
Payload ≈5Kg(Max~10Kg)
Speed 0~3.7m/s (Max~5m/s)
Slope 35°
Endurance 1-2.5h
Power 24 (BAT)
Battery 6000mAh
Adapter 24V, 6A
Super Sensory System 5 Set
Ultrasonic Sensor 3 Set
Processor 2 Nano + (1 Nano or 1 NX)
Arm Controller CPU Model Bcm2711
Memory / Flash Memory DDR4L 2gb / 32gb microSD
Built-In Controllers 3 nVIDIA Nano
Impact absorber Omnidirectional Flexible Buffer Structure
Won’t be Injured when dropped from a height of 1.5m.
Body/Thigh Joint (C1-8) 520g
23.70N.m
Knee Joint C1-8 × 1.5 ratio
35.55N.m
Lidar Optional 2D or 3D
External Interface HDMI * 3
Gigabit network port * 1
USB * 3
Integrated interface * 1
Features Graphic Processing API (OTA)
Research Programming API
Python Programming API
HAI 1 Human Recognition
APP Top View
4G or 5G
Foot Force Sensor
Multifunction Extension Interface
go1 edu
Go1 EDU
Go1 EDU
Go1 EDU Quadruped

documents and downloads

seamless integration with

indro and go1

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