RCV4

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Developed for the fastest zipline in the world to withstand the incredible forces with high speed repeated impacts and extreme conditions.

Used by ZipWorld U.K.

1.8 Million Impacts with Zero Structural Failure

Purpose and Benefits

The RCV4 is engineered for exceptional durability, strength, and extreme weather resistance, making it ideal for zipline operations in any climate. Its aerospace-grade polymer body ensures impact resistance, while the titanium exoskeleton offers superior strength and corrosion resistance. Lightweight aluminum wheels and a Cable Runner pad that protect the zipline cable from wear. A specialized impact pad ensure smooth, controlled impacts for both low and high-speed rides. Designed to excel in harsh conditions, the RCV4 combines robust construction with adaptable configurations, delivering safety, performance, and reliability for zipline operators worldwide.

Adaptability and Performance

The RCV4’s adaptability to both low-speed and high-speed configurations is underpinned by its durable construction. For low-speed applications, it provides a gentle, controlled stop, while for high-speed rides, its robust materials ensure it can handle greater momentum without compromising safety or performance. This versatility, combined with its resilience, makes it suitable for a wide range of zipline experiences, ensuring smooth, safe stops that reduce strain on both riders and the zipline system.

Extreme Weather Resistance

Every component of the RCV4 is selected for its anti-corrosion properties and ability to perform in extreme conditions, ensuring reliability in challenging settings. The use of materials like titanium and stainless steel, which are immune to most corrosive mediums. Constructed of polymers that can handle temperature swings reinforce its suitability for zipline operations exposed to varying climates.

Cable Runner and Impact Pads

The RCV4 features a specialized cable runner pad designed to eliminate cable wear and reduce impact bounce, constructed from durable polymer low friction material that can withstand countless riders without significant degradation. The front impact pad combines high-quality all-weather rubber with a stainless steel plate, offering superior durability, shock absorption, and resistance to any weather condition. All-weather rubber is designed to withstand a wide range of temperatures and environmental factors, while stainless steel, known for its corrosion resistance and strength, as seen in various industrial applications, ensures the pad remains effective in freezing or scorching conditions..

RCV4 Details

Polymer and Titanium

The RCV4 boasts an impact-absorbing polymer body that absorbs the shock wave protecting riders and your system. Surrounding it is a lightweight titanium exoskeleton with a main and secondary lanyard connection, delivering strength and corrosion resistance. Stainless steel bolts lock it all together, ensuring secure, long-lasting performance.