Category: Zipline Braking

Zipline Braking Technology ensures zipline safety and thrills. Zipline braking technology includes mechanical, magnetic, and hydraulic brakes.

Zipline braking technology is covered in this blog area. Our zipline braking experts, engineers, safety professionals, and seasoned operators—love sharing their knowledge.

Our blog covers trends, best practices, and safety for operators, engineers, and participants. We also review zipline braking technique and equipment. This blog is for zipline operators, enthusiasts, and those interested in zipline braking technology. Our Zipline Braking Technology blog has expert analyses and insights.

Posted on 23/02/202327/08/2024 by thrillsyndicate

The Trolley Revolution in the Adventure Industry

Revolutionizing Trolley Technology: The Mag Brake Trolley

In recent years, trolley technology has seen a significant growth in popularity, with more and more adventure parks incorporating this thrilling activity into their offerings. Trolleys are essentially pulley systems that allow riders to glide through the air, soaring through the trees and taking in breathtaking views. However, with this increase in popularity comes an increased need for safety and innovation, as park owners strive to offer unique and exciting experiences while ensuring the safety of their guests.

Posted on 17/06/202222/08/2024 by thrillsyndicate

Zipline Braking and landing considerations

In the challenge course industry, zip lines have a long history and are frequently a component of a bigger participant experience. Since the beginning of the millennium, zip lines have grown in popularity. They come in a variety of styles, from low-speed aerial adventure parks and guided canopy tours to high-speed, long-distance rides.

Posted on 05/03/202222/08/2024 by thrillsyndicate

Zip Line Design: Complete System overview

At first glance, the zip line appears to be simple: attach your trolley to the rope and let gravity do the rest! However, any zipline installation involves a lot of considerations and a lot of work. To make an effective zipline, designers must consider slope, wind, temperature, varying rider weights, friction, rider speed, and other factors. This isn’t a simple task.

Posted on 21/09/202120/08/2024 by thrillsyndicate

The Magnetic Self-braking Zipline Trolley

The MAG Brake Trolley uses Eddy Current (Magnetic) technology to safely and consistently brake Zipline riders based on their speed. The magnetic Zipline Pulley has an integrated magnetic brake that is powerful and incrementally adjustable.

Posted on 21/09/202120/08/2024 by thrillsyndicate

Whitepaper: Zipline Braking Dynamics

The zipSTOP and zipSTOP IR Zip Line Brakes were designed to provide a comfortable, reliable primary brake that enhances rider comfort and zip line throughput. Despite the fact that the zipSTOP is incredibly dependable, we know that it is only one part of a comprehensive and proper zip line braking system, which is part of the total zip line trip.

Posted on 26/08/202120/08/2024 by thrillsyndicate

Does your Zipline need an Emergency Arrest Device (EAD)?

Did you know that all high-speed zip lines are required to have an emergency arrest device?

All zip lines must have a backup brake mechanism, according to international standards and associations. Here are the specifics on how to comply with the emergency arrest device on your zip line.

Posted on 11/07/202120/08/2024 by thrillsyndicate

Expert Tips for Zip Line Brake Installations

Dive into the latest innovations in zipline braking, from magnetic brakes to advanced speed control, and understand how these developments ensure a safer ride.

Thrill Syndicate’s mission is to assist climbing facilities, adventure providers, and zip line operators in creating the finest rider experiences and improving operations. When we identified an opportunity to provide a braking experience that is both hands-free for the rider and easy and efficient for zip line guides, we created the zipSTOP Zip Line Brake.

Posted on 28/05/202120/08/2024 by thrillsyndicate

7 Ways Magnetic Braking Is Better Than Friction

In your gym, do you still use friction-based auto belays? Then consider the following ideas, which may keep you awake at night: thermal deterioration, extraneous contaminants such as water and dust, slack falls and dynos, and brake fading are some of the issues that can occur. Magnetic brakes address all of these problems and more. In auto belays, magnetic braking outperforms friction braking in seven ways.

Posted on 05/05/202120/08/2024 by thrillsyndicate

Pros and Cons of Different Zip Line Brakes

Zip line brakes are divided into two types: active and passive. The sort of brake you select will have a significant impact on your company’s risk management and the longevity of your zip line materials. The rider must initiate the braking procedure with active zip line brakes. The rider or a guide does not have to do anything to activate the passive zip line brakes. While active brakes allow riders to be more involved in the experience, they also add a layer of risk.

Posted on 28/04/202120/08/2024 by thrillsyndicate

Zipline Trolley Innovations

The zip line trolley is such a simple piece of equipment, but it seems to get more complicated every day. It is one of the most important parts of a zip line system, and its influence extends far beyond its primary function. The type of zip line trolley used at a site has an impact on wire replacement prices and frequency, as well as the type and performance of the brake system and maintenance expenses. It also has an impact on rider throughput time, operational strain, and, most importantly, rider experience and safety.