Heavy-Duty Industrial Robotics Platforms
Mission-critical robotic systems engineered for hazardous, high-load, and infrastructure-scale operations.
Explosion-Proof Ground Inspection Suite: Certified Safety for Flammable & Hazardous Environments
Engineered precisely for heavy industry, chemical processing plants, oil refineries, and power grids, our ground robotic platforms replace human risk in extreme settings. Fused with built-in Ex-proof PTZ camera housings and real-time edge computing metrics, these systems map facilities without triggering spark hazards.
Key Architectures
- Ex-Proof Wheeled Inspection Robot (L4-S Class): Designed for continuous, high-stability plant mapping, fitted with real-time gas sensor array payload integrations.
- Advanced Quadruped Robotic Shield: Four-legged autonomous platforms designed to scale stairs, traverse piping gaps, and navigate rough gravel terrain.
Explosion-Proof Ground Suite
Certified Safety for Flammable & Hazardous Facilities
Engineered specifically for oil, gas, chemical processing plants, and power grids, our ground robotic platforms completely replace manual risk in extreme environments. Fused with built-in Ex-proof pan-tilt-zoom (PTZ) camera housings and real-time edge computing metrics, these systems map facilities safely without triggering spark hazards.
Key Architectures:
- Ex-Proof Wheeled Inspection Robot (L4-S Class): Built for continuous, high-stability plant mapping, fitted with real-time gas sensor array payload integrations.
- Advanced Quadruped Robotic Shield: Four-legged autonomous platforms designed to agilely scale stairs, traverse pipeline gaps, and cross rough gravel terrain.
Track-Hanging Automation & Fixed Substation Surveillance
Power substations and high-voltage grid corridors present extreme structural and electromagnetic hazards to human personnel. Our specialized Track-Hanging Robotics run along fixed continuous-path overhead tracking systems. This allows for uninterrupted, unhindered tracking across high-voltage rooms, transformer banks, and restricted switchyards. These tracking platforms constantly scan asset temperatures, detecting early component failures before grid outages occur.
Infrared Thermal Imaging
Continuous heat profiling of motors, pumps, and electrical nodes to track mechanical degradation and prevent friction fires.
Gas Sensor Array Telemetry
High-precision environmental gas tracking that samples ambient air mixtures down to parts-per-million to isolate leak paths instantly.
Automated Edge AI Alarms
On-board AI algorithms that cross-analyze field feeds instantly, flagging corrosion, structural issues, or safety compliance behaviors.
Ocean Super Productivity: 0 to 10,000 Meters
The First Marine General Robot Fleet Built with a 10,000-Hour Service Life
Breaking through underwater environmental hurdles—including crushing pressures, wave action, strong subsea currents, high salinity, and severe corrosion—Orion’s marine general robotics platform introduces elite maritime productivity. Engineered by a world-class national-level naval architecture team, our surface and subsea general robots conquer key technological bottlenecks across all water domains.
01
Advanced Power System
Provides 3× traditional operating speeds and 25× standard component service lifespans.
02
Fluid Control System
Delivers 3× standard current resistance, enabling reliable 3‑knot top‑current operations.
03
High‑Fidelity Sensing
Engineered for 2× visual clarity and 2× standard visibility distance in murky waters.
04
Relative Navigation System
Industry‑pioneering dynamic target relative position localization technology.
05
Waterproof Sealing
Natural Gas Grade standard, built to operate safely down to depths of 10,000 m.
06
Dynamic Deployment System
Reduces asset setup and launch time to just one‑tenth of traditional methods.
Biofouling Elimination & Commercial Maritime Optimization
10% Fouling = 36% More Power Required
50% Fouling = 60% More Power Required
Post-Cleaning = 10% to 20% Direct Fuel Savings
Biofouling Elimination & Commercial Maritime Optimization
Marine biofouling directly compromises shipping fleet profitability. Our commercial hull-cleaning marine robots offer 720° free movement—capable of steering, flipping, and cleaning across all vessel types from 100 to over 300,000 tons.
Post-cleaning data sets confirm immediate fuel savings, with fully automated cleanup reports provided to ensure compliance with strict global port regulations such as New Zealand’s CRMS framework.
