The Impact Protection System (IPS), designed by Charles T. Cooksey of The Cooksey Group (TCG), is a product of Cooksey's passion for football, his favorite sport. He has loved the sport since he began playing in Pop Warner at the cornerback position when he was eight years old.
Cooksey excelled in the position and the game. In many years he played on championship teams and received recognition. As he ascended the different levels from Pop Warner, through high school, and on to college, he always elevated his skills and successfully competed. As a starter at Langston University, his childhood aspirations of becoming a professional in the National Football League seemed possible. After an impressive junior year agents and scouts contacted him and a coach confirmed his professional potential. However, in his senior year a knee injury failed that dream. Nevertheless, he remained a loyal fan of the sport.
After graduation, Cooksey played in recreational touch and flag leagues. He briefly pursued professional football opportunities when he went to free agent tryouts for the NFL's Dallas Cowboys, New England Patriots, and the then Houston Oilers, as well as the now defunct USFL. He ultimately became the consummate "arm chair professional".
Cooksey's passion for football sustained and grew while the game became the most popular sport in America. However, he became very concerned and alarmed by the number of devastating and sometimes tragic collision injuries to very young amateurs as well as veteran professionals. IPS concepts began to develop because of incidents like New England Patriots Darryl Stingley's in 1978 that resulted in him becoming a quadriplegic (Stingley later became a friend after Cooksey moved to Chicago and joined the Darryl Stingley Youth Foundation as a mentor and PR volunteer).
Cooksey knew something had to be done to eliminate the gut-wrenching anxiety experienced by families, fans, teammates, and the media each time a player was rendered motionless on the field after a vicious collision. He knew the unbearable tension, borne from anxious eyes searching for even the slightest movement of a player's limbs, had to be nullified. He recognized that career-ending concussions, post-career dementia, Chronic Traumatic Encephalopathy (CTE), and tragic incidents resulting in paralysis and death would diminish the game's popularity and lead to legislative restrictions and stifling litigation. Sadly, over 300 former NFL players (and some wives) have filed lawsuits against the NFL due to concussions and other related ailments. See Concussions and Chronic Traumatic Encephalopathy (CTE) in the News, Studies and Statistics, and Impact Injury News
Since 1999, Cooksey has actively conceptualized and designed IPS. In 2000, he constructed his first "conceptual prototype" made from poster board, rubber bands, springs, etc. to confirm his concepts. Subsequently, he has evolved his original concept and created possibly the most innovative safety equipment for sports/recreation participants and fall-prone physically challenged individuals.
He has researched safety in the sports equipment industry and studied sports/recreation injuries. He has collaborated and consulted with product designers, patent attorneys, product developers, material experts, mechanical engineers, equipment managers, sports trainers, medical professionals, and athletes. In addition, Cooksey has become a member of the Chicago Concussion Coalition, and developed relationships with the Sports Legacy Institute and the Illinois Eye Institute Foundation. These organizations are world leaders in concussion research, prevention, awareness, and advocacy.
IPS designs and concepts are being adapted and modified for many sports/recreation activities including: Football Hockey Skateboarding Snowboarding Cycling / Motocross / Mountain Biking Motorcycling Downhill Skiing / Ski Jumping Lacrosse Bobsleighing Bull/Bronco Riding Equestrian Sports
Crude hand sketches have been transformed into detailed concept renderings.
Currently, working Pro E 3-Dimension designs are being transformed into virtual and physically functional prototypes using 3-Dimensional Printer and Rapid Prototype technology. IPS is expected to be ready for retail markets by Spring 2013.