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Robotized Drilling and Workover Rig

Our patented Rigtec technology simplifes and modernizes oil recovery operations across land rigs, jack-ups, and semisubmersibles. Delivered by RoboRig™: the robotized workover- and drilling rig.

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Decreased
CAPEX / OPEX

Modular
and Purpose Built

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Reduced
Carbon Footprint

Enhanced
Safety

Areas of Use

Rigtec operates using our RoboRig™ technology for versatile deployment across both onshore and offshore drilling and workover operations.

Whether on land rigs, jack-ups, or semisubmersibles, RoboRig™ offers a faster, lighter, and more cost-effective alternative to today’s conventional drilling and intervention.

For information about the subsea well intervention applications of RoboRig™: Rigtec Wellservice.

Rigtec RoboRig™ areas of use showcase video. (1) onshore drlling rig, (2 and 3) jack-up/semi/platform, (4) continuous tripping movement.

ONSHORE

Drilling Rig

An offshore oil drilling rig with a tall metal tower, platforms, and equipment for drilling operations.

Workover Rig

A large industrial drilling rig mounted on a heavy-duty truck trailer.

    • 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.

OFFSHORE

Semi/Platform

Comparison of offshore oil rigs: a disassembled or incomplete rig marked with a red cross, a 3D model of a rig with a green check mark, and a complete in-use yellow offshore oil platform.

Jack-up

Comparison of two oil rigs, with a small model of an oil rig indicating correct design and a large, real oil rig marking incorrect design.

    • Zero Drill Pipe Racking Required: No need to rack stands or singles—streamlines handling and eliminates vertical pipe storage risks.

    • Horizontal Pipe Delivery: Single drill pipe sections are fed horizontally, drastically reducing manual handling and mechanical strain.

    • Quadruple Derrick Design: Lightweight, low-profile derrick system—significantly smaller in size and weight compared to conventional rigs.

    • Movable Rotary Table: Allows flexible positioning of the drilling axis, enabling multi-well pad-style operations from a single jack-up deployment.

    • Enhanced Safety Layout: Increases physical distance between personnel and rotating or suspended equipment—minimising risk exposure.

    • Modular Compact Structure: Low-weight components and reduced height profile allow for simplified installation, maintenance, and logistics.

    • Full Operational Accessibility: Each rig unit remains accessible and functional throughout the drilling process, ensuring high availability and task readiness. Cantilever extension greater

    • Seamless transition between operations: As one rig unit performs its tasks (e.g., drilling), the other rig units are prepared for subsequent activities. This parallel operation optimises resource use and minimises downtime

    • Faster Drilling Cycles: Automated handling and efficient design lead to reduced tripping and connection time, cutting total drilling days.

    • Smaller Footprint, Smaller Costs: Lower derrick weight and height reduce platform demands, logistics complexity, and support vessel requirements.

    • Reduced Mobilisation & Installation Time: Plug-and-play rig modules allow for rapid deployment on jack-up rigs with minimal retrofitting.

    • Electrified System Reduces Fuel Costs: Fully electric operation slashes fuel usage, eliminates diesel generator dependency, and reduces long-term OPEX.

    • Minimised Crew & Maintenance Requirements
      Automation and compactness translate to lower labour, inspection, and repair overhead.

    • Low Emissions with Full Electrification: Replaces diesel-driven systems, cutting both direct and indirect emissions at the source.

    • Minimised Surface Impact: Smaller design and simplified logistics reduce the environmental burden during transport, setup, and operations.

    • Idle Time Reduction: Efficient workflows and automatic transitions between drilling phases reduce equipment downtime and environmental footprint.

    • Green-Compatible Jack-Up Integration: Fits into existing electrification strategies for offshore assets, supporting long-term sustainability goals.

Contact Rigtec

Do you wish to know more about Rigtec?
Please feel free to use our contact form or contact Tor Egil Rolfsen directly.

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Do you wish to know more about Captec?
Send an email to contact@captec.no, or call
+47 901 47 798