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Experience the game-changer in zipline safety, the zipSTOP magnetic zipline braking system. Delivering unparalleled safety, efficiency, and longevity, it's the future of thrilling outdoor adventures.
◆ Zipline Technology · Innovation

The Magnetic Advantage in Zipline Safety

Safety, comfort, and thrill are the foundational pillars of every unforgettable zipline excursion. The introduction of magnetic braking technology has fundamentally transformed the industry, bringing high-speed train and rollercoaster engineering to adventure parks. By utilizing frictionless Eddy Current technology, these systems deliver an exhilarating experience that remains consistently safe and smooth for all riders, while simultaneously maximizing operational throughput.

Executive Summary

Key Takeaways

Frictionless stopping: Eddy Current technology slows riders securely without creating friction, heat, or excessive wear on the zipline cables.
Increased throughput: Automatic reset capabilities and hands-free braking allow operators to safely dispatch and process riders much faster.
Self-regulating performance: The system automatically adjusts braking resistance for rider weights ranging from 25 kg to 125 kg, ensuring a uniform arrival speed.
Extreme capabilities: Engineered for commercial ziplines reaching speeds up to 140 km/h and track slopes up to 25%.
Operational Efficiency

A Technological Leap in Braking

The magnetic braking technique used by systems like zipSTOP represents a significant advancement in safety and belay systems. By virtually eliminating the chance of human error during the deceleration phase, operators can guarantee a safer, smoother operation. Regardless of the weather—rain or shine—the friction-free braking provides dependable performance, meaning your attraction remains operational and safe during adverse conditions.

Zipline operator managing magnetic braking system platform

Modern magnetic braking systems handle high-throughput volumes with maximum safety.

Longevity and the Business Case

Purchasing a magnetic zipline braking system is a highly sensible business decision. Because internal part wear is greatly minimized, the requirement for replacement parts plummets, driving down annual maintenance budgets. Furthermore, the thrilling yet comfortable deceleration keeps customers returning, assuring a consistent stream of repeat revenue and positive reviews.

Hardware Innovation

The MAG Brake Trolley

The MAG Brake Trolley is a unique self-braking pulley that works in tandem with end-of-line braking systems. It is specifically intended for steep, long, and rapid zip wire courses, allowing for the construction of long-distance attractions without the need for an excessively long or difficult braking area.

The trolley can withstand a speed reduction of up to 35%, guaranteeing that all passengers arrive at the landing platform at a predictable, manageable pace.

Available in multiple configurations to suit standard seat harnesses or specialized Superman harnesses, the trolley is fully compliant with NEN-EN 12278:2007 and NEN-EN 17109:2019 standards.

Rider safely approaching the end of a high-speed zipline
Technical Knowledge

Frequently Asked Questions

How does magnetic braking improve zipline throughput?

The automatic reset feature and consistent braking speeds allow operators to cycle riders more quickly. Because the deceleration is predictable and hands-free, staff spend less time retrieving riders or resetting friction brakes, significantly increasing hourly capacity.

What is the operational weight range for the MAG Brake Trolley?

The patented self-regulating system automatically adjusts resistance for rider weights ranging from 25 kg to 125 kg, ensuring a safe and comfortable deceleration regardless of the participant's size.

Do weather conditions affect magnetic zipline brakes?

No. Unlike traditional friction pads that can slip when wet, Eddy Current magnetic braking provides consistent, reliable performance regardless of rain, humidity, or other challenging weather conditions.

Are magnetic zipline braking systems cost-effective to maintain?

Yes. Because magnetic braking is completely friction-free, internal part wear is greatly minimized. This results in far fewer replacement parts and substantially cheaper lifecycle maintenance costs compared to traditional systems.

How does the MAG Brake Trolley protect zipline cables?

The MAG Brake Trolley utilizes Eddy Current technology to securely reduce a rider's speed up to 35% on the line without causing friction or heat. This prevents abrasive wear on the zipline cable, significantly extending the lifespan of the installation.

NEN-EN 12278:2007 Compliant NEN-EN 17109:2019 Compliant Friction-Free Eddy Current Tech

Upgrade your zipline safety and throughput

Contact our team to discuss integrating magnetic braking technology into your existing zip wire or planning a new high-speed installation.

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