Lifting yoke for EH-101 helicopter at the Danish Defense

Seasight Solutions delivers custom-engineered lifting yoke for EH-101 helicopter engine maintenance.

When the Danish Armed Forces needed a safe and efficient way to replace and service engines on their EH-101 helicopters, they turned to a trusted partner. Seasight Solutions stepped in with a proven design: A lightweight, custom-built lifting yoke engineered specifically for the task. Weighing just 6 kg and capable of lifting up to 330 kg, the solution combined strength, precision, and simplicity.

A critical challenge – solved with confidence

Faced with the challenge of handling a complex engine replacement, the Danish Ministry of Defense’s Acquisition and Logistics Organisation (DALO) required a lifting solution that could manage the EH-101 engine’s specific geometry and weight – safely and reliably. Without the right equipment, servicing would have been risky and inefficient.

With years of experience and a deep understanding of complex lifting, Seasight Solutions was able to deliver exactly what was needed – quickly and without compromise.

Engineered for performance. Delivered on time.

When operations can’t wait, equipment can’t either. Local production and an established partnership with the Danish Armed Forces enabled Seasight Solutions to deliver fast, without sacrificing quality. The yoke is fully tested, certified through rigorous load tests, and built with both user safety and operational speed in mind.

More than helicopters: A versatile lifting solution

The lifting yoke is far from a one-off solution. Its smart, adaptable design makes it ideal for a wide range of applications – whether you work with military vehicles, aviation components, maritime equipment, or heavy-duty industrial machinery.

The lifting yoke is built for flexibility and can be custom configured to suit unique lifting scenarios, no matter the industry or complexity. Its lightweight construction means it’s easy to handle on-site, while the robust engineering ensures uncompromised safety and stability under demanding conditions.