A mouthguard capable of sensing high concussive risk collisions via the utilization of linear and rotational acceleration calculations. With pre-programmed biometric data of the user, the mouthguard will assess individual impacts sustained by the subject in accordance to a determined concussion threshold. Intended to sense possible neurological injuries, the mouthguard enables wounded users to receive needed protocol and treatment before further damage is sustained. The mouthguard will be capable of calculating, logging, and distributing impact force data to onlooking third parties, like coaches, parents, and medical personnel.
