South Korea
RBQ-3 by Rainbow Robotics is an autonomous quadruped robot from South Korea for surveillance and inspection, deployed and integrated across Southeast Asian sites by Nexon System.
Last updated: 01 Aug 2025
RBQ-3 is an autonomous four-legged robot from Rainbow Robotics in South Korea. About 0.4 metres tall and 25 kg, it is a compact, terrain-adaptable platform designed for surveillance and inspection missions across varied and demanding environments.
The Rainbow Robotics RBQ-3 integrates a suite of sensors including LiDAR for 3D environment scanning, RGB cameras for visual recognition and depth or stereo cameras for spatial awareness. Electric joint actuators enable dynamic legged locomotion with precise torque and position control, giving it stable movement over rough ground. Its closed-source software provides autonomous walking and gait control, sensor fusion for mapping and obstacle avoidance, and a wireless communication stack for remote operation, with roughly 150 minutes of runtime per charge.
Rainbow Robotics targets surveillance, reconnaissance, search and rescue, security patrols and inspections, where the RBQ-3's mobility and sensing let it scout hazardous areas, monitor perimeters and gather data where wheeled machines cannot go. Its terrain adaptability makes this quadruped robot well suited to unstructured environments such as disaster zones, construction sites and rough industrial ground.
Nexon System deploys the RBQ-3 across Southeast Asia, providing commissioning, patrol and inspection-route programming, integration with your security or monitoring systems, and operator training with ongoing support. We map your site, define autonomous and remote-operated missions, and connect the robot's video and sensor feeds into your control room. Talk to Nexon to plan an RBQ-3 deployment.
| Manufacturer | Rainbow Robotics |
| Country of Origin | South Korea |
| Classification | Quadrupedal |
| Height | 0.4 m |
| Weight | 25 kg |
| Battery Life | 150 mins |
| Sensors | The RBQ robot integrates a suite of sensors including LiDAR for 3D environment scanning, RGB cameras for visual recognition, and depth or stereo cameras for spatial perception and obstacle detection, enabling comprehensive environmental awareness and autonomous navigation. |
| Actuators | Electric joint actuators enabling dynamic legged locomotion with precise torque and position control. |
| Software / OS | Closed Source · Autonomous walking and gait control algorithms. Sensor fusion for environment mapping and obstacle avoidance. Wireless communication stack for remote command reception. AI-enabled navigation and terrain adaptation control. · Onboard processors running real-time locomotion control and sensor processing algorithms (specific model not publicly detailed). |
| Nexon Integration | Full support – Installation, Programming & Maintenance |