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NAVIAI WA1

NAVIAI WA1

精工巧匠 NAVIAI WA1

Last updated: September 13, 2026
Zhejiang Humanoid Robot Innovation Center
Zhejiang Humanoid Robot Innovation Center
China
Product Page
Locomotion Type
Wheeled
Stage
Demo
Height
174.5 cm
Degrees of Freedom
33 DOF
Hand DOF
6 DOF
Weight
152 kg
Max Speed
4.32 km/h
Dual-Arm Payload
44 kg
Battery Life
4 h
Release Year
2026
Computing
Perception: AGX ORIN 64G with 1 TB storage; control: Intel i5 (1.80 GHz); basic compute 275 TOPS.
Sensors
Head depth camera; chest depth camera; base 3D LiDAR; base 2D LiDAR; single-finger fingertip tactile sensors; curved head display; 4-microphone array; mono 30 W speaker. Hand camera and humanoid six-axis force sensor are optional.

Product Overview

WA1-E education version is 1,745-1,995 mm tall, weighs 152 kg with battery, reaches 4.32 km/h and provides 33 total degrees of freedom. The platform uses AGX ORIN 64G perception computing with 1 TB storage, an Intel i5 1.80 GHz control computer and 275 TOPS basic compute. It provides 22 kg single-arm lift capacity, 4-hour runtime from a 1.51 kWh battery, automatic bottom charging and manual charging support. Its sensor configuration includes head and chest depth cameras, 3D/2D base LiDAR, fingertip tactile sensing, a curved head display and a four-microphone array; head-side operation and navigation can be extended with optional hand camera and six-axis force sensing. The official WA1 page also describes an omnidirectional industrial base, precision assembly and whole-body coordinated manipulation.

Key Highlights

WA1-E education version is 1,745-1,995 mm tall, weighs 152 kg with battery, reaches 4.32 km/h and provides 33 total degrees of freedom.
The platform uses AGX ORIN 64G perception computing with 1 TB storage, an Intel i5 1.80 GHz control computer and 275 TOPS basic compute.
It provides 22 kg single-arm lift capacity, 4-hour runtime from a 1.51 kWh battery, automatic bottom charging and manual charging support.
Its sensor configuration includes head and chest depth cameras, 3D/2D base LiDAR, fingertip tactile sensing, a curved head display and a four-microphone array; head-side operation and navigation can be extended with optional hand camera and six-axis force sensing.
The official WA1 page also describes an omnidirectional industrial base, precision assembly and whole-body coordinated manipulation.

Application Scenarios

Robotics education, development and classroom demonstrations High-precision industrial assembly and manipulation Mobile navigation and human-robot collaboration in indoor environments

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