Walker 241-1057 ABS Wheel Speed Sensor - Front Left

Walker ABS Wheel Speed Sensor 241-1057

Walker 241-1057 is an ABS wheel speed sensor built for precise signal delivery in vehicles equipped with anti-lock braking, traction control, and electronic stability control systems. It is a direct-fit replacement for the front left position on select Nissan Murano models, with OE-style form, fit, and function for straightforward service work.

• ABS wheel speed sensor for the front left position
• Rectangle connector shape with female connector gender
• 2 terminals with blade terminal type and male terminal gender
• Length: 960.0
• Built with a robust housing to resist heat, vibration, moisture, and road debris
• End-of-line tested for signal integrity, resistance, and durability

OE-Style Fit and Signal Accuracy

This Walker ABS wheel speed sensor 241-1057 is engineered to match original equipment form, fit, and function so the ABS control module receives accurate wheel speed data. That precision matters for braking stability and traction management, especially on 2003-2007 Nissan Murano front left applications. This part cross-references Dorman - OE Solutions 970-141 for the same application.

Vehicle Fitment

• Fits 2003-2007 Nissan Murano, front left.

Common Repair Symptoms

• ABS warning light illuminated
• Traction control or stability control fault codes
• Erratic or missing wheel speed signal
• ABS activation concerns during braking
• Sensor damage from moisture, vibration, or road debris

Installation Notes

Verify connector shape, terminal count, and mounting location before installation. Inspect the wheel hub area, wiring harness, and tone ring or encoder surface for damage or contamination before replacing the sensor. Confirm the sensor is routed and secured to prevent chafing, and clear diagnostic trouble codes after installation.

Quality Assurance

Walker Products tests each unit at the end of the production process to confirm signal integrity, resistance, and durability. The sensor is built to meet OE-level performance expectations for dependable braking-system communication.