Descender Harken CMC™ | Clutch

Descender Harken CMC™ | Clutch

The HARKEN CMC CLUTCH descender: a versatile, high-performance device

The HARKEN CMC CLUTCH stands out from other conventional descenders thanks to its innovative design, which incorporates a high-performance pulley. This unique feature gives it remarkable versatility and performance, making it an indispensable tool for professionals working at height and rope access enthusiasts alike.

In standard use, the CLUTCH behaves like a conventional descender. Its compact, ergonomic design, comparable to that of an I'D, makes it easy to handle and transport. The side opening allows quick and easy access to the rope, while the classic handle and anti-panic ensure intuitive control and optimum safety.

Advanced technology: revolutionary efficiency

The CLUTCH's real trump card is its unidirectional pulley system. In pulley mode, this ingenious device considerably reduces the coefficient of friction, far surpassing conventional descenders. This innovation translates into smoother, more efficient rope ascents, as well as optimized lifting and pulling systems.

Multiple benefits for a variety of uses

Whether you're an experienced rope climber or a beginner, the CLUTCH adapts to your needs and offers you a multitude of advantages:

  • Smooth, controlled descent for safe, comfortable abseiling.
  • Easy rope ascent thanks to low-friction pulley, reducing the effort required.
  • Optimized lifting and pulling system for greater efficiency in moving loads.
  • Versatile use for a wide range of rope access activities.
  • Robust, durable design for intensive use in professional environments.
  • Intuitive ease of use accessible to all levels of experience.

Conclusion

The HARKEN CMC CLUTCH descender revolutionizes the world of working at heights and rope activities by combining the advantages of a classic descender with those of a high-performance pulley. Its versatility, performance and ease of use make it a must-have choice for professionals and amateurs concerned with safety and efficiency.

IN401