Gen3 robotic manipulation and research integration

Supports: Capability · summary

Kinova Gen3 offers 6- and 7-DoF research arms weighing 7.2 and 8.2 kg with 891 and 902 mm reach respectively. Both list 2 kg full-range continuous payload and 4 kg mid-range continuous payload, without gripper. Kortex supports C++/Python, ROS 1/2, MATLAB/Simulink and 1 kHz low-level control. Optional vision and open end-effector interfaces aid integration. The enclosure is IP33; these are not ruggedized naval qualification claims. The 2026-named PDF retains a 2024 copyright.

Supports: Capability · core features

Kinova Gen3 offers 6- and 7-DoF research arms weighing 7.2 and 8.2 kg with 891 and 902 mm reach respectively. Both list 2 kg full-range continuous payload and 4 kg mid-range continuous payload, without gripper. Kortex supports C++/Python, ROS 1/2, MATLAB/Simulink and 1 kHz low-level control. Optional vision and open end-effector interfaces aid integration. The enclosure is IP33; these are not ruggedized naval qualification claims. The 2026-named PDF retains a 2024 copyright.

Supports: Capability · core features

Kinova Gen3 offers 6- and 7-DoF research arms weighing 7.2 and 8.2 kg with 891 and 902 mm reach respectively. Both list 2 kg full-range continuous payload and 4 kg mid-range continuous payload, without gripper. Kortex supports C++/Python, ROS 1/2, MATLAB/Simulink and 1 kHz low-level control. Optional vision and open end-effector interfaces aid integration. The enclosure is IP33; these are not ruggedized naval qualification claims. The 2026-named PDF retains a 2024 copyright.

Supports: Capability · name

Kinova Gen3 offers 6- and 7-DoF research arms weighing 7.2 and 8.2 kg with 891 and 902 mm reach respectively. Both list 2 kg full-range continuous payload and 4 kg mid-range continuous payload, without gripper. Kortex supports C++/Python, ROS 1/2, MATLAB/Simulink and 1 kHz low-level control. Optional vision and open end-effector interfaces aid integration. The enclosure is IP33; these are not ruggedized naval qualification claims. The 2026-named PDF retains a 2024 copyright.

Supports: Capability · technical tags

Kinova Gen3 offers 6- and 7-DoF research arms weighing 7.2 and 8.2 kg with 891 and 902 mm reach respectively. Both list 2 kg full-range continuous payload and 4 kg mid-range continuous payload, without gripper. Kortex supports C++/Python, ROS 1/2, MATLAB/Simulink and 1 kHz low-level control. Optional vision and open end-effector interfaces aid integration. The enclosure is IP33; these are not ruggedized naval qualification claims. The 2026-named PDF retains a 2024 copyright.

Supports: Capability · maturity

Kinova Gen3 offers 6- and 7-DoF research arms weighing 7.2 and 8.2 kg with 891 and 902 mm reach respectively. Both list 2 kg full-range continuous payload and 4 kg mid-range continuous payload, without gripper. Kortex supports C++/Python, ROS 1/2, MATLAB/Simulink and 1 kHz low-level control. Optional vision and open end-effector interfaces aid integration. The enclosure is IP33; these are not ruggedized naval qualification claims. The 2026-named PDF retains a 2024 copyright.

Supports: Capability · core features

Kinova Gen3 offers 6- and 7-DoF research arms weighing 7.2 and 8.2 kg with 891 and 902 mm reach respectively. Both list 2 kg full-range continuous payload and 4 kg mid-range continuous payload, without gripper. Kortex supports C++/Python, ROS 1/2, MATLAB/Simulink and 1 kHz low-level control. Optional vision and open end-effector interfaces aid integration. The enclosure is IP33; these are not ruggedized naval qualification claims. The 2026-named PDF retains a 2024 copyright.

Supports: Capability · technical tags

Kinova Gen3 offers 6- and 7-DoF research arms weighing 7.2 and 8.2 kg with 891 and 902 mm reach respectively. Both list 2 kg full-range continuous payload and 4 kg mid-range continuous payload, without gripper. Kortex supports C++/Python, ROS 1/2, MATLAB/Simulink and 1 kHz low-level control. Optional vision and open end-effector interfaces aid integration. The enclosure is IP33; these are not ruggedized naval qualification claims. The 2026-named PDF retains a 2024 copyright.

Supports: Capability · defence applications

Kinova Gen3 offers 6- and 7-DoF research arms weighing 7.2 and 8.2 kg with 891 and 902 mm reach respectively. Both list 2 kg full-range continuous payload and 4 kg mid-range continuous payload, without gripper. Kortex supports C++/Python, ROS 1/2, MATLAB/Simulink and 1 kHz low-level control. Optional vision and open end-effector interfaces aid integration. The enclosure is IP33; these are not ruggedized naval qualification claims. The 2026-named PDF retains a 2024 copyright.

Supports: Capability · technology readiness level

Kinova Gen3 offers 6- and 7-DoF research arms weighing 7.2 and 8.2 kg with 891 and 902 mm reach respectively. Both list 2 kg full-range continuous payload and 4 kg mid-range continuous payload, without gripper. Kortex supports C++/Python, ROS 1/2, MATLAB/Simulink and 1 kHz low-level control. Optional vision and open end-effector interfaces aid integration. The enclosure is IP33; these are not ruggedized naval qualification claims. The 2026-named PDF retains a 2024 copyright.

Supports: Capability · core features

Kinova Gen3 offers 6- and 7-DoF research arms weighing 7.2 and 8.2 kg with 891 and 902 mm reach respectively. Both list 2 kg full-range continuous payload and 4 kg mid-range continuous payload, without gripper. Kortex supports C++/Python, ROS 1/2, MATLAB/Simulink and 1 kHz low-level control. Optional vision and open end-effector interfaces aid integration. The enclosure is IP33; these are not ruggedized naval qualification claims. The 2026-named PDF retains a 2024 copyright.

Supports: Capability · defence applications

Kinova Gen3 offers 6- and 7-DoF research arms weighing 7.2 and 8.2 kg with 891 and 902 mm reach respectively. Both list 2 kg full-range continuous payload and 4 kg mid-range continuous payload, without gripper. Kortex supports C++/Python, ROS 1/2, MATLAB/Simulink and 1 kHz low-level control. Optional vision and open end-effector interfaces aid integration. The enclosure is IP33; these are not ruggedized naval qualification claims. The 2026-named PDF retains a 2024 copyright.

Supports: Capability · technicaldomainslugs

Kinova Gen3 offers 6- and 7-DoF research arms weighing 7.2 and 8.2 kg with 891 and 902 mm reach respectively. Both list 2 kg full-range continuous payload and 4 kg mid-range continuous payload, without gripper. Kortex supports C++/Python, ROS 1/2, MATLAB/Simulink and 1 kHz low-level control. Optional vision and open end-effector interfaces aid integration. The enclosure is IP33; these are not ruggedized naval qualification claims. The 2026-named PDF retains a 2024 copyright.