New Bend Stiffener Latching Mechanism Successfully Demonstrated to Customers

Today marks a major milestone in the development of our next-generation Bend Stiffener latching mechanism, following a successful customer witness of the system’s full operational capability.

During the demonstration, customers observed the complete latching and unlatching sequence of both the Bend Stiffener and cable release system, carried out seamlessly in a matter of seconds. The live operation validated the core design philosophy behind the mechanism: simplicity, speed, and reliability.

The streamlined design is fundamental to the rapid installation process, significantly reducing offshore handling time while maintaining robust mechanical performance. This simplicity also translates directly into manufacturing efficiencies, enabling cable manufacturers, bend stiffener and connector suppliers—and most importantly operators—to reduce costs across sub-sea ancillary equipment without compromising integrity or long-term performance.

The latching mechanism represents a brand-new approach to Bend Stiffener attachment, eliminating unnecessary complexity while integrating effortlessly with existing infrastructure. The system is designed to connect in under 30 seconds and does not require any female receptacles, allowing it to fit directly to existing tubes and pipe flanges. This removes the need for additional interface components and simplifies both installation and maintenance procedures.

The innovation has been met with strong positive feedback from installers, engineers, and operators, who praised the intuitive operation, speed of engagement, and overall robustness of the design. The ability to both latch and release quickly and safely was highlighted as a key advantage for offshore operations where time, risk, and cost are critical factors.

The technology has been under intensive development for the past three years, with a strong focus on material science, structural integrity, and long-term behaviour mechanisms.

The next major milestone in the programme will be the completion of full physical fatigue testing. Successful completion of this phase will support final approval of the system as fit for purpose, with a targeted minimum operational lifespan of 30 years in demanding offshore environments.

This achievement represents another significant step forward in delivering practical, operator-driven innovation to the subsea industry.

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