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​Klin Tech develops innovative directional drilling technologies, validated by patents and working prototypes.We are preparing for industrial-scale implementation and welcome strategic partnerships.Investing in Klin Tech means contributing to the creation of a new standard of efficiency and safety in the oil and gas industry.

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Protected by U.S. and currently at an early Technology Readiness Level, Klin offers an opportunity to invest at the early stage of innovative directional drilling technology. We welcome investor engagement and are open to strategic input on development, commercialization, and partnership pathways.

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​Executive Summary

  • Klin is a mechanism that enables directional drilling without stopping rotation of the drill string.

  • Klin was designed as a replacement for mud motors, but in practice it can also replace existing RSS systems.

  • We use a simpler and more reliable method of deflecting the wellbore in the required direction.

  • Klin is roughly comparable in price to a mud motor and is significantly cheaper and more reliable than existing RSS systems, as it contains fewer wear components.

  • Evidence of market demand for Klin can be seen in two slides from the presentation.

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The Problem in the Market

  1. Mud motors have fundamental technological drawbacks, and the oil and gas industry has been searching for a replacement for more than 10 years:

    • complex and difficult to manufacture

    • very short service life (120–150 hours)

    • difficult to control and nearly unmanageable at greater depths

  2. Current RSS systems:

    • are expensive (approximately USD 1M per tool)

    • have high failure rates

    • have limited availability

    • rely on complex electronics

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The Technology

  • We use a simpler mechanism to deflect the wellbore in the desired direction.

  • Fewer moving parts and the use of more reliable materials significantly increase reliability and service life.

  • Lower manufacturing cost.

  • Field-serviceable design.

  • Patented technology.

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Key Technical Differentiators

  • Fewer failures compared to mud motors due to rapid wear (20–40%).

  • Fewer failures compared to RSS systems due to RSS complexity (10–30%).

  • Klin’s reliability reduces operating expenses.

  • Improved wellbore geometry reduces directional drilling costs.

  • Reliable operation with aggressive drilling fluids and at high temperatures.

  • Lower repair and maintenance costs.

  • Does not require highly specialized personnel.

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Market Opportunity

  • The global directional drilling market is estimated to reach approximately USD 60 billion by 2032, with an annual growth rate of 6.3%.

  • The global RSS market is estimated at approximately USD 5 billion in 2024 and is expected to reach USD 10 billion by 2032.

  • Approximately 20,000 wells are drilled annually in North America, with about 90% being directional wells.

  • Demand for directional drilling is increasing for shale, SAGD, and offshore projects.

  • There is a shortage of RSS systems at an acceptable price point.

Target Customers:

  • Oil & gas drilling contractors

  • HDD contractors

  • Service companies

  • Rental companies

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Business Model

  • Tool sales

  • Tool rentals

  • Maintenance and refurbishment services

  • Long-term service contracts

  • Licensing model

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Competitive Landscape

  • Major players (SLB, Halliburton, Baker Hughes, Weatherford): very high cost

  • Niche companies: limited capabilities

Our Position

  • Competitive pricing combined with high reliability allows us to compete effectively across the market.

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Traction and Progress

  • A scaled-down hydromechanical Klin model has been completed.

  • A wooden model of the electromechanical Klin demonstrating its operation has been built.

  • Preparation of drawings for a hydromechanical prototype for shop testing is nearing completion.

  • A manufacturing shop is ready to build the prototype and conduct shop tests.

  • Established connections with service companies where initial downhole testing will take place.

  • Established connections with MWD companies.

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The Klin Advantage

The primary advantage of KLIN is its mechanical simplicity. The system incorporates a minimal number of moving components, all actuated solely by drilling fluid supply pressure, resulting in a robust and highly reliable downhole tool architecture. 

A second key advantage is the ability to position MWD sensors exceptionally close to the drill bit. Because KLIN employs a purely hydraulic actuation mechanism, it introduces no electrical or electromagnetic interference that could affect MWD performance. This enables more accurate near-bit measurements and significantly improves directional control and wellbore placement accuracy.

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