Riserless Heavy Subsea Well Intervention System

Compact, High-Output Modular Design
Lightweight yet industrial-strength, Roborig’s modular architecture replaces bulk with agility—ideal for tight sites and high-mobility deployments.

Unmatched Tripping Speeds (up to 1,800 m/h)
Robotic drive systems enable 0.5–0.75 m/s equipment movement, cutting well intervention time dramatically.

No Vertical Pipe Rack Required
Innovative handling eliminates the need for vertical racking, reducing rig height, complexity, and footprint.

Full Robotic Automation
Executes entire drilling and workover sequences without human input—repeatable, precise, and programmable for all operations.

Universal String Compatibility
Seamlessly handles all casing, tubing, and specialized strings—supporting a wide range of well designs and intervention scopes.

Significant Reduction in Drilling & Intervention Costs
Outperforms optimised traditional rigs through time savings, automation, and reduced personnel requirements.

Optimised for Pad Drilling & Multi-Well Strategies
High-density pad applications benefit from Roborig’s compact profile and continuous performance, enhancing ROI per location.

Rapid Deployment & Redeployment
Modular system reduces rig-up/rig-down times and simplifies logistics, unlocking faster field-to-field mobility.

Lower Fabrication & Lifecycle Costs
Smart materials, streamlined components, and fewer mechanical failure points translate into significantly reduced CAPEX and maintenance spend.

Less Diesel Consumption
The hybrid diesel-electric system dramatically reduces emissions and fuel dependency, future-proofed with grid and renewable integration.

200–300 kW Power Consumption
Less than half the energy draw of traditional rigs, enabling operations in power-constrained or off-grid environments.

Minimal Surface Footprint
Ideal for environmentally sensitive areas—reduces pad size, earthworks, and ecological impact.

Regenerative Braking & Energy Capture
Captures kinetic energy during down cycles to power torque-intensive processes, boosting efficiency and lowering net consumption.