Continuous payload

4 kg / 8.8 lbs

Maximum reach

902 mm

Total Weight

8.2 kg / 18 lbs

Power consumption

36 W

Gen3 7DOF

Infinite

Actuator joint range

50 cm/s

Maximum Speed

Description

Ultra-lightweight robotic arm, designed for portability and quick setup time. Achieve results faster. With the Kinova Gen3 ultra-lightweight robotic arm, you have the power to turn your ideas into reality.

Technical Specifications

Degrees of freedom

7 DoF

Payload* (full-range continuous)

                 (mid-range continuous)

2.0 kg

4.0 kg

Total weight

8.2 kg

Maximum reach

902 mm

Maximum Cartesian translation speed

50 cm/s

Actuator joint range after start-up

Infinite

Power supply voltage

18 to 30 VDC, 24 VDC nominal

Average power

36 W

Ingress protection

IP33

Operating temperature

-30 °C to 35 °C

Features

ACHIEVE RESULTS FASTER

With the Kinova Gen3 ultra-lightweight robotic arm, you have the power to turn your ideas into reality. Designed for efficiency and portability, you can move the robot between research teams, applications, projects, and environments with a quick setup time under 30 minutes. Opening a world of possibilities, see for yourself why hundreds of universities, startups, and corporations are trusting Kinova's Gen3 in their innovation journey.

IT SPEAKS YOUR LANGUAGE

Start working with your robot quickly using new teaching modes or your preferred tools and languages. Gen3 easily integrates with other technologies using the Kinova Kortex™ API software, furthermore, you can use the Kinova Kortex Web App on any desktop or mobile device.

PERFECT FOR MOBILE ROBOTICS

Kinova's Gen3 is the ideal candidate for mobile robotics applications. No messy cable management or bulky control box, longer battery life, faster troubleshooting, and more. To top it all off, our professional robots have an incredible payload-to-weight ratio. On tracks or wheels, grass, sand, or dirt, you can trust Gen3 to get the job done efficiently.

FROM SIMPLE TO COMPLEX TASKS

Test and perform a broad range of operations: dynamic grasping, vision-based manipulation, dexterous assembly, haptics, deep learning, mobile manipulation, etc. Interested in learning more? Get started today with your own robotic application by getting in contact with one of our representatives.