SW LEA HFRG Chapter 7 Pressure Point Control Tactics verified to pass 2024/2025

SW LEA HFRG Chapter 7 Pressure Point Control TacticsIdentify the two HFRG methods of application of pressure point systems: - correct answer Application of touch Pressure through pain compliance to nerve pressure points and hard empty hand techniques to nerve motor points to control passive or defensive resistance from a subject. Describe nerve pressure points and the control principle: - correct answer Touch Pressure through pain compliance using nerve pressure points to control passive or defensive resistance from a subject. These points are located on large muscle masses and saturated with microscopic effector nerve tissue. Describe the control principle of use of nerve motor points: - correct answer Using hard empty hand control techniques to strike a nerve motor point with the fluid shock wave principle. List five steps that should be followed to correctly apply pressure to a nerve pressure point. - correct answer Stabilize the target, pressure counterpressure, apply the pressure using the digital tip, loud repetitive verbal commands, alleviate the pressure once verbal commands are obeyed Describe the fluid shockwave principle: - correct answer Method of striking that maximizes kinetic energy transfer (velocity, mass, energy duration). A strike should be delivered so that the target is hit and the weapon remains on the impact site for at least a tenth of a second. This imparts all of the kinetic energy of the strike into the target area, producing a fluid shock wave that travels into the affected tissue and causes maximum damage. Identify nerve pressure point locations and a method of application: - correct answer Infra orbital, mandibular angle nerve, hypoglossal nerve, brachial plexus origin - use principles of pain compliance and balance displacement Identify nerve motor point locations and a method of application: - correct answer Suprascapular, radial nerve, median nerve femoral nerve, common peroneal nerve, tibial nerve, superficial peroneal nerve - using motor dysfunction and stunning control principles