Automatic fire escape vehicle

This invention relates to an automatic fire escape vehicle, comprising a wheelchair, a sensing system, an airbag system and a control unit. The wheelchair has a bracket and an object carrying rack that is transversely configured on a top edge of the bracket and is disposed with the sensing system and the airbag system. The airbag system has a fireproof airbag that is inflatedly expanded by air and is electrically connected with the control unit. The control unit, capable of receiving a detected value of the sensing system, is utilized to judge whether the detected value is normal or not and perform a computation of an escape route according to the detected value. Accordingly, the control unit can continuously monitor and analyze whether the detected value of the sensing system is normal or not. If the detected value of the sensing system is judged to be abnormal, the control unit sends a parameter to command the airbag system perform air inflation to form an air layer for separation of the airbag system and t