Football equipment design affects face mask removal efficiency

Area of Science:

• Sports Medicine
• Biomechanical Engineering
• Emergency Medical Services

Background:

• Limited research exists on how football equipment design influences face mask removal for spine injury management.
• Previous studies focused on removal tools, not the impact of helmet, face mask, and loop strap variations.

Purpose of the Study:

• To evaluate the efficiency of different football helmet equipment designs (helmets, face masks, loop straps) on face mask removal.
• To compare the performance of a cordless screwdriver against manual cutting tools for emergency face mask removal.

Main Methods:

• A controlled laboratory study involving 19 certified athletic trainers.
• Participants were randomly assigned to use either the FM Extractor or the Trainer's Angel with a cordless screwdriver.
• Six different helmet equipment configurations were tested, measuring time, head movement, perceived difficulty, and success rates.

Main Results:

• Significant differences in removal time, head movement, and perceived difficulty were observed across the six equipment conditions.
• The cordless screwdriver demonstrated superior efficiency, resulting in less head movement, faster removal times, and lower perceived exertion compared to cutting tools.
• The Shockblocker loop strap consistently outperformed other loop straps across all tested variables.

Conclusions:

• Football helmet equipment design critically affects the efficiency and safety of face mask removal procedures.
• The cordless screwdriver is a more effective tool for rapid airway access in football emergencies than manual cutting devices.
• Athletic healthcare professionals must be aware of equipment variations to ensure optimal airway management for injured athletes.