LEARN FROM THE LEGEND TIM BROWN

Join Dr. Tim Brown as he applies the SPRT taping system to the body's most powerful input organ — the foot and ankle. Because what the foot senses, the entire system organizes around. Change the input at the ground, and you change the output all the way up the kinetic chain. Discover why SPRT taping is not mechanical support — it is a neurological input device and how a precisely applied strip of tape can restore movement, reduce pain, and reprogram the central nervous system in real time. ABOUT THIS ONLINE MODULE This SPRT Online Module delivers a comprehensive, foot-and-ankle-specific framework for applying Dr. Tim Brown's SPRT sensory motor taping system — grounded in the neuroscience of input, proprioception, and movement control. Building on the soft tissue work introduced in Module 5 and the foundational taping principles of Modules 4 and 7, Dr. Brown now applies the full SPRT taping approach directly to the foot and ankle — the body's primary sensory input station.  With a paradigm-shifting focus on treating the system, not the site, this module teaches practitioners how to identify the true drivers of foot and ankle injury, prep the system with targeted soft tissue release, and apply directional SPRT taping that immediately changes CNS output.  Through real-world demonstrations including posterior tibialis tendinopathy, ATFL sprain, arch collapse, and flat foot correction, Dr. Brown shows exactly how changing the signal at the foot changes the entire body — instantly. LEARNING OBJECTIVES  -Understand why the foot is the body's primary sensory input organ, and how poor foot input drives dysfunction, compensation, and injury all the way up the kinetic chain. -Apply the SPRT system loop — input, CNS processing, motor output, and adaptation — to foot and ankle taping decisions, and understand why change happens instantly when input changes. -Identify the five most common drivers of foot and ankle injury — including peroneal system dysfunction, calf tightness, loss of dorsiflexion, sensory motor deficits, and arch collapse — and address them above and below the injury site before taping. -Master the principles of elasticity in kinesiology tape — anchor placement, skin traction vectors, and directional signalling — to deliver precise neurological input with every application. -Apply the SPRT AC tab and lever system to approximate injured soft tissues and restore mechanical and sensory motor support for conditions including ATFL sprains, posterior tibialis tendinopathy, and arch collapse. -Perform the complete SPRT foot and ankle taping sequence — including posterior tibialis support, arch lift, navicular elevation, fat pad dam, and heel strap — in a rapid, field-ready application. -Use the SPRT test, prep, tape, and retest framework to achieve immediate 50–80% symptom reduction, guided at every step by the athlete's interoceptive feedback.