| Year | Make | Model |
|---|---|---|
| 1998 - 2003 | Mercedes-Benz | ML320 Base |
| 2003 - 2005 | Mercedes-Benz | ML350 Base |
| 1999 - 2001 | Mercedes-Benz | ML430 Base |
| 2002 - 2005 | Mercedes-Benz | ML500 Base |
| 2000 - 2003 | Mercedes-Benz | ML55 AMG Base |
EBC Front Wear Leads | 1998 Mercedes-Benz M-Class (ML) ML320 3.2
EBC Front Wear Leads | 1998 Mercedes-Benz M-Class (ML) ML320 3.2
SKU:EFA049
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▶ Vehicle Fitments
The EBC Front Wear Leads are OE-style wear sensor wires designed specifically for the 1998 Mercedes-Benz ML320 3.2. These high-quality sensors play a crucial role in vehicles equipped with electronic brake wear indicator systems by accurately monitoring brake pad condition. Crafted to meet original equipment specifications, these wear leads ensure reliable detection and alert drivers when brake service is required, helping maintain optimal braking performance and safety. Made from durable materials, they provide long-lasting performance and compatibility with the vehicle's existing brake system components.
Designed for the 1998 Mercedes-Benz ML320 3.2, these front wear leads are a direct replacement for the original sensors, ensuring seamless integration with the vehicle’s braking system. They are intended for use in street driving and maintenance applications, providing precise wear detection to prevent brake failure. Installation involves replacing the OE sensors, and the kit includes the necessary wiring components. These wear leads are suitable for maintaining the integrity of your vehicle’s brake system and ensuring timely brake service alerts.
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Overview
Overview
EBC Front Wear Leads
1998 Mercedes-Benz M-Class (ML) ML320 3.2
Part #: EFA049
Overview
The EBC Front Wear Leads are high-quality OE-style wear sensor wires designed specifically for your 1998 Mercedes-Benz ML320 3.2. These sensors are essential components for vehicles equipped with electronic brake wear indicator systems, ensuring your vehicle accurately monitors brake pad condition and alerts you when service is needed. Crafted to match the original equipment specifications, these wear leads provide a reliable and seamless replacement option for maintaining your vehicle’s safety features.
If you value safety, convenience, and maintaining the integrity of your Mercedes-Benz's electronic brake system, these wear leads are an ideal choice. They are perfect for enthusiasts and professional technicians alike who want to ensure their vehicle's brake warning system functions flawlessly, helping you avoid unexpected brake issues and supporting proper maintenance routines.
Key Features
Designed to replicate the original OE wiring harness, the EBC Front Wear Leads offer a perfect fit and reliable performance. Constructed with durable, high-quality materials, these sensors are built to withstand the harsh conditions of the engine bay and brake environment. Their precise engineering ensures compatibility with your vehicle’s electronic brake wear indicator system, providing accurate readings and consistent operation.
- OE-style design ensures perfect fit and compatibility with your 1998 Mercedes-Benz ML320 3.2
- Manufactured with high-quality, durable wiring materials for long-lasting performance
- Easy to install, matching the factory sensor connectors and mounting points
- Helps maintain the integrity of your vehicle’s electronic brake wear indicator system
- Ensures accurate detection of brake pad wear, alerting you when service is required
- Built to meet or exceed OE standards for quality and reliability
- Designed to fit seamlessly into your vehicle’s existing wiring harness without modifications
Construction & Design
The EBC Wear Leads are engineered with precision to match the original factory specifications. They feature robust wiring insulation that resists heat, moisture, and abrasion, ensuring dependable operation over time. The connectors are designed for a secure, plug-and-play fit, eliminating the need for splicing or additional wiring. Their compact design allows for easy routing within the wheel well and brake assembly, maintaining the factory look and function.
Performance & Reliability
These wear leads are built to provide consistent and accurate signals to your vehicle’s electronic system, helping you monitor brake pad wear effectively. Properly functioning sensors contribute to safer driving by alerting you before brake pads are excessively worn, preventing potential damage to rotors and ensuring optimal braking performance. Their OE-style construction guarantees compatibility and durability, making them a dependable choice for your vehicle’s brake system maintenance.
Installation & Fitment
Installing the EBC Front Wear Leads is straightforward and designed to be a direct replacement for the original sensors. No special tools or modifications are required. Simply disconnect the old sensors from the wiring harness, remove them from their mounting points, and connect the new sensors in the same manner. The process typically takes less than an hour, making it an easy upgrade or replacement for your brake system.
- Plug-and-play installation with factory connectors
- No cutting, splicing, or special tools needed
- Designed for a secure fit within the existing mounting points
Ensure your vehicle’s brake warning system remains fully functional with these reliable, OE-quality wear leads from EBC. Proper installation and maintenance of brake sensors are crucial for safe driving and vehicle longevity.
What's Included
- Front Wear Lead Sensor (EFA049)
- Installation instructions
Ideal For
- Mercedes-Benz ML-Class (ML) owners seeking OE-quality replacement parts
- Professional technicians performing brake system maintenance
- Enthusiasts who prioritize safety and vehicle reliability
Emissions Note
This product is designed to meet or exceed OE standards for safety and performance. It is intended for use on vehicles with factory-installed electronic brake wear indicator systems. Please verify compatibility with your specific vehicle model before installation. This part is not intended for off-road or race use only and does not affect emissions compliance.