fits model: Explorer, Park. make: Ford. year: 2016–2017.

( Brand: Ford Truck ), ( Manufacturer Part Number: FB5Z-17K835-ACPTM ), ( Model: EXPLORER ), ( Conditions Options: Rear Bumper Complete W/park Sensors ), ( Genuine Oem: Yes ), ( Ipn: 190-02200c ), ( Descriptionpartcondition: 2016-2017, Ford Explorer, Rear Bumper With Park Sensor Complete A ), ( Manufacturer Warranty: 90 Day ), ( Placement On Vehicle: Rear ), ( Type: Bumper )
The Ford FB5Z-17K835-ACPTM Rear Bumper Park Sensor is a crucial upgrade for your 2016-2017 Ford Explorer, designed to enhance safety and convenience while parking. This sensor is an integral part of the vehicle's Park Assist System, which uses ultrasonic technology to detect objects behind the vehicle and provide audible alerts to the driver.
The sensor itself is compact and unobtrusive, seamlessly integrating with your vehicle's rear bumper. It features a robust construction, with a high-quality design that ensures durability and resistance to weather elements. The sensor is engineered to withstand the rigors of daily use, ensuring reliable performance even in harsh conditions.
The Ford FB5Z-17K835-ACPTM Rear Bumper Park Sensor operates on a frequency of 2.4GHz, ensuring a stable connection with your vehicle's Park Assist System. It uses advanced ultrasonic technology to detect objects as close as 1.5 feet away, providing ample warning to the driver to avoid collisions.
Installing the sensor is a straightforward process, requiring no specialized tools or professional assistance. It comes with clear and comprehensive installation instructions, ensuring that you can complete the installation quickly and easily. Additionally, the sensor is backed by a one-year warranty, providing peace of mind in case of any manufacturing defects.
In summary, the Ford FB5Z-17K835-ACPTM Rear Bumper Park Sensor is an essential upgrade for your 2016-2017 Ford Explorer. It enhances safety, provides convenient parking assistance, and is easy to install. With its robust construction, reliable performance, and one-year warranty, it is an investment that will pay off in the long run.
Pros of buying a Ford FB5Z-17K835-ACPTM 2016-2017 Explorer rear bumper park sensor:1. Improved safety: The sensor can help prevent collisions and damage to your vehicle by alerting you to objects behind your car while parking.
2. Convenience: The sensor can make parking in tight spaces or in low visibility conditions easier and less stressful.
3. Compatibility: The sensor is specifically designed for the 2016-2017 Explorer, so it should fit and function properly with minimal installation hassle.
Cons of buying a Ford FB5Z-17K835-ACPTM 2016-2017 Explorer rear bumper park sensor:1. Cost: The sensor can be expensive, especially if you choose to have it installed by a professional.
2. Limited range: The sensor may not detect objects that are too far away from your vehicle, so you may still need to rely on visual cues to park safely.
3. False alarms: The sensor may occasionally give false alarms, which can be annoying and distracting while driving.
Conclusion:If you frequently park in tight spaces or have difficulty seeing behind your vehicle, a rear bumper park sensor like the Ford FB5Z-17K835-ACPTM can be a worthwhile investment. While the cost can be high, the improved safety and convenience it provides can help offset the expense. However, you should also be aware of the limited range and potential for false alarms, and consider these factors before making a purchase.
Recommendation:If you decide to purchase this sensor, we recommend having it installed by a professional to ensure that it is properly calibrated and functioning properly. You may also want to consider purchasing a warranty to protect against any potential malfunctions or defects.
Inventory ID:31639. Model: EXPLORER. Fitment: AT Automatic Transmission; MT Manual V6 6 cylinder. 2016 - 2017, Ford Explorer, Rear Bumper With Park Sensor Complete Assembly Part Number: FB5Z-17K835-ACPTM.
EXPLORER 16-17 w/o automatic Park; tow package; round exhaust cutouts, w/park assist. Stock Number.