Deep Robotics

Deep Robotics — Industrial-Grade Quadrupeds

Deep Robotics builds industrial-grade quadruped robots designed for real-world deployment in inspection, security, and challenging environments where reliability and durability are critical.

Product Range

• X30 — Flagship industrial quadruped for heavy-duty inspection. IP-rated, all-terrain, with modular payload bays for cameras, LiDAR, gas detectors, and thermal sensors.
• X20 — Mid-range industrial quadruped for security, monitoring, and facility patrol applications.
• Lite3 — Compact and affordable quadruped for research and education, available with optional LiDAR for SLAM navigation.

Key Capabilities

• All-Terrain Mobility — Navigate stairs, slopes, rubble, mud, snow, and rough terrain autonomously.
• IP-Rated Protection — Dustproof and waterproof designs for outdoor and industrial deployment.
• Modular Payload System — Mount custom sensors, cameras, and tools on standardized payload bays.
• Autonomous Navigation — SLAM-based mapping and path planning for autonomous patrol routes.
• Long Runtime — Extended battery life for full-shift deployment with hot-swappable batteries.

Industries

• Oil & Gas — Pipeline, refinery, and offshore platform inspection.
• Power & Utilities — Substation monitoring, transmission line patrol, and wind farm inspection.
• Mining — Underground tunnel inspection and hazardous environment monitoring.
• Construction — Site progress monitoring, safety inspection, and environmental surveys.
• Public Safety — Search and rescue, hazmat response, and disaster assessment.

Deep Robotics vs. Unitree

Deep Robotics focuses on industrial-grade platforms with higher IP ratings, modular payload systems, and ruggedised construction. Unitree's B2 is the closest competitor for industrial quadruped applications, while the Lite3 competes with the Unitree Go2 in the education and research segment.

Frequently Asked Questions

What sensors can be mounted on Deep Robotics quadrupeds?

The modular payload system supports PTZ cameras, thermal cameras, LiDAR scanners, gas detectors, radiation sensors, microphones, and custom equipment up to the model's payload capacity.

How long can Deep Robotics robots operate on a single charge?

Runtime varies by model and terrain — typically 2-4 hours per charge. Hot-swappable battery systems enable continuous operation across shifts.