SKP SKALS1726 ABS Wheel Speed Sensor - Front Right

ABS Wheel Speed Sensor for Front Right Fitment

The SKP ABS Wheel Speed Sensor is a direct replacement for the front right position on select Ford, Lincoln, and Mercury vehicles. It sends wheel speed data to the ABS module to support stable braking performance and proper anti-lock system operation. Part number SKALS1726 is built to meet or exceed OE standards for dependable service.

Key Features

• Replacement ABS wheel speed sensor for the front right wheel position
• Transmits wheel speed information to the ABS control module
• Built to meet or exceed OE standards
• Durable construction for everyday road wear
• Cross-references Standard Ignition ALS1726 for the same application

Detailed Description

SKALS1726 is an ABS wheel speed sensor engineered for vehicles that rely on accurate wheel-speed input to manage anti-lock braking function. It is a fitment-based replacement for 2006 Lincoln Zephyr, 2006-2009 Ford Fusion, 2006-2010 Mercury Milan, and 2007-2011 Lincoln MKZ, front right. For drivers searching for a front right ABS wheel speed sensor for a 2006-2009 Ford Fusion or a 2007-2011 Lincoln MKZ, this SKP part provides the OE-style replacement needed to restore system communication.

What It Helps Address

• ABS warning light caused by a failed front right wheel speed sensor
• Loss of wheel speed signal to the ABS module
• Erratic anti-lock brake operation during stops
• Brake system fault codes related to wheel speed input
• Intermittent braking performance concerns tied to sensor wear

Installation Notes and Tips

Verify the front right location before installation and compare the connector and mounting points to the original sensor. Inspect the tone ring, hub area, and wiring path for damage or contamination that could affect signal quality. Confirm fitment for your exact year, make, and model before ordering SKALS1726.

Quality Assurance

SKP manufactures this sensor to meet or exceed OE standards for proper function and reliable ABS performance. Durable materials are used to help the sensor withstand normal wear in service.