Abstract

Recent equipment failures during simulated white-water rescues have shown the need for detailed measurement of the loads created and the loads that can be safely sustained by the equipment currently in use for white water rescue. This research experimentally finds out; what are the potential forces involved in a white-water rescue? What forces can a three-person rescue team generate? Which of the ropes on the market are suitable for the demands of white-water rescue? Which of the current mechanical advantage rescue techniques are best suited to the equipment available? Are there any experimental techniques that could improve the force generation and safety of the rescue system? Weak points in the complete rescue system are highlighted. Verf.-Referat