Other Name: Sensor, Air Bag, Front; Air Bag Impact Sensor, Right; Air Bag Sensor; Sensor, Air Bag, Front Passenger Side
Position: Front Passenger Side
Replaces: 89173-19215
Part Name Code: 89173A
Item Weight: 0.70 Pounds
Item Dimensions: 4.8 x 2.9 x 2.3 inches
Condition: New
Fitment Type: Direct Replacement
SKU: 89173-19315
Warranty: This genuine part is guaranteed by Toyota's
factory warranty.
More Info
Fits the following 2003 Toyota MR2 Spyder Submodels:
Base | 4 Cyl 1.8 L GAS
2003 Toyota MR2 Spyder Air Bag Sensor
Looking for affordable OEM 2003 Toyota MR2 Spyder Air Bag Sensor? Explore our comprehensive catalogue of genuine 2003 Toyota MR2 Spyder Air Bag Sensor. All our parts are covered by the manufacturer's warranty. Plus, our straightforward return policy and speedy delivery service ensure an unparalleled shopping experience. We look forward to your visit!
2003 Toyota MR2 Spyder Parts Questions & Experts Answers
Q: How to remove and install the Air Bag Sensor Assembly on 2003 Toyota MR2 Spyder?
A: Before separating the Air Bag Sensor Assembly drivers should remove their floor carpet and disconnect both the wire clamp along with Air Bag sensor connectors when the sensor assembly remains fully installed. You need to undo the 3 screws that fasten the Air Bag sensor assembly using either the Torx wrench T40 (Part No.09042-00020) or its equivalent local tool. The proper installation requires new SRS components and excludes directional reuse of any Air Bag sensor components which survived a crash or sensor repairs for secondary use. A Torx wrench with 3 screws can fix the Air Bag sensor assembly with maximum torque set at 20 N.m (205 kgf.cm, 15 ft.lbf). Connect the Air Bag sensor connectors before installing the wire clamp followed by reattaching the floor carpet. Once the sensor assembly is properly installed you should check the connector status and verify the specified torque on the sensor assembly while discarding it for a new unit in case of damage. Check for loose wiring of the SRS components after their installation by shaking the sensor assembly while also ensuring they do not encounter any pinching or contact with other parts.