KinetixAI

KAI

Name: KAI
Brand: KinetixAI

Price

Unknown

Type

Humanoid Robots · Human-scale Humanoid

Applications

Household · Domestic Assistance / Commercial Service · Public Service / Commercial Service · Retail

Status

Prototype

Availability

Not released

Purchase

Not disclosed

Release Date

Apr 26, 2026

Country/Region

China

Last Verified

2026-08-14

How classification and status work

Category describes physical structure and function; wheels alone do not determine whether a robot is humanoid. Product stage describes demonstrated maturity. Commercial availability describes current access: a commercial product may still be limited to pilot customers. Neither stage nor availability alone proves that a product can be purchased. Unknown facts remain unknown.

115 DOF

Total degrees of freedom

1.73 m

Height

70 kg

Weight

20 kg

General Payload

KAI is Kinetix AI’s full-size bipedal humanoid robot for home assistance, service, retail and concierge work. It combines 115 degrees of freedom, dexterous 36-DOF hands, full-body tactile sensing, a semi-solid-state battery and the KAI World Model for human-centered manipulation.

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Capability Map

ManipulationOfficial claim

Tool use

Kinetix AI's official overview identifies screwing among the factory scenarios for Kai-bot.

Hardware Specification

Physical Specifications

Active degrees of freedom

36 DOF

Locomotion Type

Bipedal

Materials

Lightweight aluminum and advanced composites

Total degrees of freedom

115 DOF

Mobility & Payload

Max Speed

5 km/h

General Payload

20 kg

Mechanical and mounting

Height

1.73 m

Weight

70 kg

Mechanical Structure

Dexterous Hand

36 DOF per hand; 22 active and 14 passive joints

Joint Type

Active and passive joints

Sensors

18,000 full-body tactile sensing points

Tactile Sensor

18,000 tactile sensors; sensitivity 0.1 N

Battery and Runtime

Battery Capacity

1.7 kWh

Battery Type

Semi-solid-state battery

Compute Platform

AI Model

KAI World Model

Spatial Foundation Model

KAI World Model

LLM

Large-language-model integration

Software Algorithm

Whole-body control with vision-language-touch-action-emotion modeling

Safety and Protection

Human-Robot Safety

Passive joints for impact absorption and human-centric interaction

Interaction and Communication

Communication

Ethernet and Wi-Fi

Commercial Status