Bring confident, quiet stopping to your Dodge with the Wagner QuickStop ZX746 Front Disc Brake Pad Set. This semi-metallic set installs at the front axle as a direct-fit replacement for the 1998-1999 Dodge Durango [All] and 1999 Dodge Dakota [All], with the QuickStop line engineered to deliver consistent, even braking throughout the life of the pad.
- Semi-metallic friction: Built with Wagner's OE25 zero-copper friction formulation for dependable everyday stopping.
- Even, consistent performance: A 100% post-cure process promotes uniform friction across the pad's service life.
- Noise control: Slotted pads with chamfered edges plus an application-specific design help reduce noise-causing vibration.
- Hardware: Includes pad shims and abutment clips; premium stainless-steel hardware and OE-style lubricant are included in most applications. No pad wear sensor is included.
For balanced, even braking, it's best practice to service both front wheels together as a matched set. Country of origin: Mexico.
Manufacturer part number ZX746 · FMSI 7616-D746
This part cross-references / interchanges with the following part numbers:
Frequently Asked Questions
What vehicles does the Wagner ZX746 fit?
It's a front-axle disc brake pad set for the 1998-1999 Dodge Durango [All] and 1999 Dodge Dakota [All]. See the Buyer's Guide tab to confirm fitment for your vehicle.
What friction material are these pads?
Semi-metallic, using Wagner's OE25 zero-copper friction formulation. Semi-metallic pads suit the heavier-duty demands of trucks and SUVs like the Dakota and Durango.
Does this set include hardware?
It includes pad shims and abutment clips. Premium stainless-steel hardware and OE-style lubricant are included in most applications. A pad wear sensor is not included.
Are these front or rear brake pads?
This is a front disc brake pad set, as listed in the catalog.
How do these pads help reduce brake noise?
Slotted pads with chamfered edges, an application-specific design, and a 100% post-cure process are engineered to reduce noise-causing vibration.