2Pcs Locker Sensor Bypass Harness for Jeep Wrangler JL Gladiator JT

2Pcs Locker Sensor Bypass Harness for Jeep Wrangler JL Gladiator JT Description

2Pcs Locker Sensor Bypass Harness for Jeep Wrangler JL Gladiator JT Description
Wide Applications: This locker sensor bypass wiring harness compatible with the 2018-2023 For Jeep Wrangler JL and Gladiator JT Rubicon to provides a full working function of your Jeep systems, with no interference. (Note: Please confirm your vehicle models before ordering.)
Bypass Faulty Sensor: Is the locker sensor in your Jeep started to become problematic? It starts as a blinking locker indicator on the dash, which then ends up in a service axle locker message. That means the locker will no longer engage.
Thanks to the locker sensor bypass harness can easily solve this problem by bypassing the faulty sensor, it allows the locker to operate without the position sensor yet provides the proper feedback to the computers to keep the system operational without any errors or warnings.
Build To Last: The locker sensor bypass harness is made from premium material to ensure reliable performance and long service life. It uses the same signaling that it expects from the sensor, no need to worry about harming the computer. Allows you to get fully functioning lockers with no side effects.
Plug & Play: When it comes to installing this sensor bypass harness, there is no need for professional intervention. Simply unplug the lock and install this sensor bypass harness between the axle and the Jeep harness. The plug-and-play design makes it easy to install on your own in seconds with no tools needed.
Name:Locker Sensor Bypass Harness
Replace part number: Z-LKR-OEM
Type: Locker Sensor Bypass Harness
Condition: Brand New
Fitment:
For Jeep Gladiator 2020-2023
For Jeep Wrangler 2018-2023
Colour:black
Material:plastic
Package Contents:
2 * Locker Sensor Bypass Harness
Only the above package content, other products are not included.
Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.