Motor vehicle crash due to driver’s fatigue, sleep deprivation or loss of consciousness occupy significant part of crush reasons. The majority of high-risk freight are transported by land, in particular with automobile transport. Despite the existence of various crush preventing systems as well as limited driving time for drivers still the problem of car accidents is unsolved up to now. It is known that posture formed by a muscle tone which is controlled by central nervous system and depends on levels of consciousness, awareness and attention. We propose sensory insertion in driver’s seat for detection of threatening health (physical) conditions of a driver. This method involves analyses of driver’s posture utilizing center of mass displacement. As a result, the feedback from our system supports crush accidents prevention. Our invention for vehicle crush prevention can recognize threatening driver’s health conditions including fatigue, falling asleep and consciousness loss by detecting a displacement of a center of driver’s mass. Integrating data from our platform with other vehicle systems for crush prevention can decrease the rates of accidents.