Toyota Harrier AIR BAG CONTROL MODULE |
S/No 20697
Chassis MCU15W-0078639 Engine IMZ-0780349 |
Mitsubishi Pajero AIR BAG CONTROL MODULE |
S/No 20425
Chassis V75W-0013212 Engine 6G74-MA9367 |
Volkswagen Golf AIR BAG CONTROL MODULE |
S/No 20080
Chassis WVWZZZJZ1P332999 Engine APK-784901 |
Toyota Funcargo AIR BAG CONTROL MODULE |
S/No 19987
Chassis NCP20-0190667 Engine 2NZ-1848967 |
Toyota Regius AIR BAG CONTROL MODULE |
S/No 19926
Chassis RCH41- 0026018 Engine 3RZ-1847775 |
Mazda Verisa AIR BAG CONTROL MODULE |
S/No 19794
Chassis DC5W-115772 Engine ZY-301465 |
Volkswagen Golf AIR BAG CONTROL MODULE |
S/No 19629
Chassis WVWZZZ1JZ1W119035 Engine APK-722142 |
Toyota Noah AIR BAG CONTROL MODULE |
S/No 19535
Chassis SR50-0017581 Engine 3S-7233884 |
Toyota Platz AIR BAG CONTROL MODULE |
S/No 19438
Chassis NCP16-0004946 Engine 2NZ-1469649 |
Nissan Lafesta AIR BAG CONTROL MODULE |
S/No 19239
Chassis B30-018460 Engine MR20-022580A |
Toyota IST AIR BAG CONTROL MODULE |
S/No 19129
Chassis NCP60-0051022 Engine 2NZ-2463855 |
Nissan Elgrand AIR BAG CONTROL MODULE |
S/No 18794
Chassis ATWE50-030251 Engine ZD30-045890A |
Mitsubishi Pajero io AIR BAG CONTROL MODULE |
S/No 18256
Chassis H76W-0028314 Engine 4G93-KJ8507 |
Air Control Module is a kind of an electronic central control unit of all different kinds of sensors attached with a vehicle such as accelerometer, impact sensors, side door pressure sensors, wheel speed sensors, brake pressure sensors, and seat occupancy sensors. All these sensors are determined by the airbag control unit in terms of their angle and force of impact, intensity of crash, and many other elements. It also uses some essential occupant restraint devices like pre-tension seatbelts, frontal, seat-mounted, and side curtain airbags.
This control module unit utilizes all complex algorithms to make decisions depends on severity status of crash with a difference in velocity and acceleration of vehicle. It accumulates data from crash sensors and decides deploy airbags in fraction of seconds by evaluating and closely detecting a crash event prior to using a suitable restraint system depending on the severity of collision impact in its all surrounding areas.