WINDUP 10M Rod

At the heart of tactical operations and maritime interdiction, the Windup 10m pole from Olympia Triumph stands as an indispensable tool for security and defense professionals. Designed to facilitate urban entries and visit, board, search, and seizure (VBSS) actions up to 17.5 meters high, this pole combines efficiency and rapid deployment. Its innovative structure, combining aluminum and carbon fiber, ensures exceptional durability and flexibility, allowing precise use even in the most challenging conditions.

The Windup 10m pole is specifically designed to deploy a hook and ladder, thus facilitating maritime interdiction operations and urban tactical interventions. Thanks to its manual deployment system via a handwheel, all sections of the pole extend simultaneously, allowing a rapid extension of about 1 meter per second. This feature ensures optimal deployment time, crucial during critical interventions.

Composed of five sections, including four in aluminum and one in high-modulus carbon fiber, the pole offers a combination of robustness and flexibility. The upper carbon fiber section is particularly durable and flexible, capable of withstanding bending and impact, even when delivering the hook to the handrail of a moving ship. This design ensures maximum reliability and performance, even in the most rigorous conditions.

The pole retracts under the effect of gravity, but manual winding is necessary to avoid free fall, thus ensuring total control during use. With practice, this tool can be used to precisely deliver a hook and ladder system to a target, even in the worst conditions. Easy to maintain, the Windup 10m pole is a wise choice for professionals demanding speed and precision.

With a deployed length of 10 meters and a folded length of 2.95 meters, this pole is compact and easy to transport. Its width of 7 cm and weight of 14,000 grams make it a robust and manageable tool. Made of aluminum and carbon fiber, the Windup 10m pole from Olympia Triumph is a high-quality piece of equipment, designed to meet the demands of the most complex missions.