The goal of this white paper is to identify and eradicate the nine most common zip line problems. These variables must be addressed from an operational approach since eliminating them will considerably reduce participation risk.
Continue reading How to prevent many Zipline mistakes that you’re not aware of
Unlike mechanical brakes, which use friction and kinetic energy to stop objects from moving, eddy current brakes use electromagnetism to do it. Our cutting-edge magnetic braking system is exceptionally dependable, smooth, and long-lasting. There are no contacting parts in the braking system, hence there is no friction. What exactly does that imply?
Continue reading The Science of Eddy Current Magnetic Braking
Most people are unaware of a secret moment during zip line braking, and for good reason. Your attention is drawn to the approaching rider rather than the trolley’s position. However, our developers have paid special attention to braking because it is a critical point of wear for most trolleys.
Continue reading Zipline Trolleys – The Overturning Moment
We are constantly aiming to raise the bar in our industry. We became a little imaginative and unlocked the possibilities of the QuickFlight even more because there isn’t a Free Fall Category in EN standards. QuickFlight is known as a Free Fall Device, but there is now so much more you can do with it in the future to grow your revenue and provide your clients more unique experiences.
Continue reading QuickFlight Is Now CE Certified – Take Flight!
The zipBACK Auto Retract mechanism returns the pulley cart to the start of the zip wire in a matter of seconds. Once riders have been unhooked, the Auto-Retract system quickly returns the trolley to the top of the line, ready for the next rider.
Continue reading Introducing zipBACK: Zip Line Retraction Device
