Brake Pads Ford Mustang 87-93, Thunderbird 85-88 (Front)-ZX431
Brake Pads Ford Mustang 87-93, Thunderbird 85-88 (Front)-ZX431
Regular price
£39.00 GBP
Regular price
£54.00 GBP
Sale price
£39.00 GBP
Unit price
/
per
We have 2 in stock
Part Number + Internal Code
Part Number + Internal Code
17D431M, AXMD431, MGD431M, MKD431, ZX431, D431M, MD431
Specification
Specification
Colour
- Black
- Gray
Material
Fitment
Condition
- New
Manufacturer Type
- Aftermarket
Manufacturers Site (links off site):
Disc Brake Pads Ford Mustang 87-93, Thunderbird 85-88 (Front)-ZX431
Make | Model | Year Range | Description | Position | Drive Wheel | Veh. Qty. | Engine Base |
Ford | Mustang | 1987-1993 | Disc Brake Pad Set | Front | 1 | 5.0L V8 302cid | |
Ford | Thunderbird | 1985-1988 | Disc Brake Pad Set | Front | 1 |
Specification:
- Friction Material Composition: Semi-metallic
- Pad Shims Included: Yes
- FMSI Number 7082BR-D431
- Inner Pad Friction Material Thickness (IN) 0.675
- Outer Pad Friction Material Thickness (IN) 0.598
- Slotted: Yes
- Pad Wear Sensor Included: No
- Abutment Clips Included: No
- Chamfered Edges: Yes
- Part Description: Disc Brake Pad Set
Wagner QS™ brake pads are designed and tested to restore like-new performance. These pads are developed with a 100% post-cure process to ensure even friction performance throughout the life of the pad and are engineered to reduce noise-causing vibration.
- RESTORES LIKE-NEW BRAKING PERFORMANCE -- OE fit and form design delivers consistent, even braking throughout the life of the brake pad
- REDUCED VIBRATION -- Application-specific design reduces noise-causing vibration
- EVEN PERFORMANCE -- Engineered for consistent braking throughout the life of the pad
- APPLICATION-SPECIFIC MATERIALS - Formulated to meet the unique needs of each vehicle application
- HARDWARE INCLUDED - Premium stainless-steel hardware and OE-style lubricant included in most applications
- COMPREHENSIVE COVERAGE -- Brake pads available for all vehicle types
- ZERO COPPER FORMULATION -- Features Wagner OE25™ zero-copper friction formulation