Rear Brake Pads & Solid Disc Rotor Kit for Ford Laser KN KQ 1.8 2.0

PRODUCT OVERVIEW

This rear brake kit includes two solid disc rotors and one set of ceramic brake pads to service both left-hand and right-hand rear wheels. It is designed as an OE-style replacement for selected Ford Laser KN/KQ 1.8 and 2.0 models within the 1999–2002 production range. Please verify all dimensions before purchase.

SKU: SET_HR7566_HDB1359

DISC ROTOR FEATURES

• OE-style design for direct replacement
• Optimal thermal conductivity for consistent performance
• Helps reduce brake judder and vibration
• Improved damping to minimise braking noise
• High resistance to distortion and thermal cracking
• Enhanced braking safety and stability
• Maximised rotor service life
• Effective braking with reduced pedal effort
• Lower operating temperatures to reduce stress on components
• Reduced wear for longer-lasting braking performance

BRAKE PAD FEATURES

• Advanced ceramic friction formula
• Engineered for everyday driving conditions
• Consistent, positive pedal feel
• Low brake noise
• Low dust for cleaner wheels

DISC ROTOR SPECIFICATIONS (REAR)

• Diameter: 260 mm
• Height: 40 mm
• Maximum thickness: 9.8 mm
• Minimum thickness: 8 mm
• Centre hole: 55 mm
• Number of studs: 4
• Type: Solid (S)

BRAKE PAD DIMENSIONS (REAR)

• Length: 100 mm
• Height: 38 mm
• Thickness: 13 mm

FITMENT & COMPATIBILITY

No detailed vehicle compatibility list is provided for this kit. Use the rotor and pad dimensions and specifications to confirm suitability for your vehicle before ordering. If unsure, consult a qualified technician with your vehicle details and these measurements.

WARRANTY INFORMATION

• Supplied with 1-year parts replacement warranty (conditions apply)
• Proof of purchase is required for all claims
• Return freight and installation labour are not covered

IMPORTANT NOTES

• Professional installation is recommended
• Always check rotor and pad measurements against your existing parts
• Bed-in new pads and rotors according to industry best practice for optimal performance