RS080N rendered in ARMOR
Industrial Arms manipulator industrial 6 DOF

RS080N

by Kawasaki Robotics

The heaviest-payload arm in Kawasaki's RS lineup, built for palletizing and heavy machine tending.

Add to ARMOR

19 files 1.8 MB download

Opens in the ARMOR app on iPhone, iPad, or Mac. Don’t have it yet? Get ARMOR.

Model

8Links
6Joints
6Actuated DOF
7Meshes

Mesh formats: STL

The RS080N is a six-axis industrial arm from Kawasaki’s khi_ros2-supported lineup, named for its rated payload — roughly the 80 kg class.

The mechanism

Six revolute joints in series — a standard vertical-articulated arm, no mimic joints or accessory mechanisms.

About these files — read before importing

This is not a URDF — Kawasaki publishes RS080N as a parameterized .xacro template shared across its whole khi_ros2 product line, with model identity (link geometry, joint limits, inertial data) coming from robot_series/robot_name arguments and per-model YAML config files, not a separate file per robot. This gallery entry links directly to the official khi_ros2 repository’s khi_description package, configured for the RS080N, unmodified. ARMOR expands the macros itself after downloading, so Open in ARMOR gives you a working robot — nothing here is a pre-baked derivative of Kawasaki’s files.

License & attribution

Source code
Apache-2.0
Model & mesh files
Apache-2.0
Attribution
khi_description (khi_ros2), Kawasaki Heavy Industries, Ltd. — Apache License 2.0

ARMOR does not host or redistribute this model. Choosing “Open in ARMOR” downloads the files directly from Kawasaki Robotics’s own repository, unmodified. Your use of the model is governed by the license above.

Read the full license →
ARMOR is an independent tool published by DCDC LLC. It is not affiliated with, sponsored by, or endorsed by Kawasaki Heavy Industries, Ltd. "Kawasaki" and "RS080N" are used here only to identify the robot this file describes. The model is downloaded from Kawasaki's own repository under the Apache License 2.0, which you accept by downloading.

Looking for a different robot? Find more URDF sources or browse the rest of the gallery.