


Steep Angle RescueĪside from low and high angle rope rescue, there is also a steep angle rescue. Due to the frequency of such events, emergency crews such as firefighting squads are usually given low-angle rescue training. The ground usually carries the majority of the weight of the people, with the rope systems serving primarily as support systems and balancing aids.Ī common example of low-angle rescues is rescuing people who have fallen over small ridges and ravines. To carry out rescue and retrieval tasks, the rescue professionals use both ground and rope methods. Terrains with a slope of 35 degrees or less are used in low-angle rescue operations. Some examples of high-angle rescue include storage tanks, high-rise buildings, and wind turbines, as well as underground areas such as tunnels and mines. Rescue professionals must be in good physical shape to be certified to undertake high-angle rescues, in addition to having training and qualifications. If the rope system fails, both the rescuer and the rescuee are at higher risk of life and limb injury. In these situations, rescuers will need a more diverse set of skills, as they will be relying only on ropes and other specialized hoisting and hauling equipment to access and retrieve the stranded individuals. Terrains with slopes of 60 degrees or more are used in high-angle rescue operations. If you want to learn more, here is the difference between a low angle and high angle rope rescue! High Angle Rescue This means that more specialized training is required for the rescue team. The main difference between low and high-angle rescues is that the higher the angle of rescue, the more difficult the rescue is. Oil and gas, and construction are examples of industries where high-angle rescue is required. However, as high-rise buildings, stadiums and other precipitous artificial structures become more common, it is increasingly being used in urban rescue missions. High angle rope rescue used to refer to rescue involving the extraction of people stranded in isolated regions with substantial inclines, such as caverns, mines, and mountains.
