AP 13" Front Brake Kit - CP4567 Caliper - Ø267x21mm Brake Disc

AP4567-267-21

13" BRAKE KIT
CP4567 CALIPERS
Ø267 X 21MM BRAKE DISCS
G4 OR GA FACE DESIGN BRAKE DISCS AVAILABLE
COMPLETE KIT

£1,421.47

* Select Brake Disc Face Type

Overview

AP RACING 4 POT BRAKE KIT
13" WHEELS

Ford Escort MK1 and MK2 modern spec 13" brake kit. The kit is complete with AP CP4567 4-pot Calipers, Ø267 x 21mm brake discs, and all required hardware for mounting to Escort Bilstein Struts.

KIT CONTENTS

2x AP Radial Mounted 4 Pot Caliper

CP4567-8S4 - Right-hand Trailing
CP4567-9S4 - Left hand Trailing

1x Pair of caliper mounting brackets machined from Aluminium

RCR456726721

8x Caliper mounting bolts & washers
2x AP Racing brake discs - Ø267x21.0mm

G4 | 4 Forward-facing grooves face

CP4136-48 - Non-sided ventilated brake disc

GA | 'J' Hook Face Design

CP3947-48GA - Right-hand ventilated brake disc
CP3947-49GA - Left-hand ventilated brake disc

2x CNC Machined aluminum brake disc mounting bells

RBR26006B139

1x Brake disc bell mounting kits

CP3845-101K12

Details

CP4567 4-POT CALIPER

Piston Sizes

2x Ø34.9mm
2x Ø41.3mm

Piston Area

45.92cm²

Weight - No Pads

1.6kg

Hydraulic Threads

M10 x 1.0

Mounting Type

Radial
152mm Mounting Centres
27.30mm Mounting Offset
Ø10.20mm Mounting Hole

'PL' Dimension

50.5mm

Brake Pad Family

AP - CP3345D44
Ferodo - FRP219
PFC - 7745

CP4567 - Installation Drawing

Ø267 X 21.0MM VENTILATED BRAKE DISC

'A' Outside Diameter

267mm

'B' Thickness

21.00mm

'M' P.C.D.

139.70mm

Fixing Type: Bolted

6 Bolts
Ø6.40mm Mounting Hole

'C' Eye Diameter

155.0mm

'D' Inside Flange Diameter

125.77mm

'H' Mounting Flange Thickness

5.40mm

Max Pad Depth

G4 | 4 Forward Facing Straight Grooves

GA | 'J' Hook Face Design
- D54

Number of Vanes

G4 | 4 Forward Facing Straight Grooves

GA | 'J' Hook Face Design

Air Gap

G4 | 4 Forward Facing Straight Grooves
- 9.3mm
GA | 'J' Hook Face Design
- 8.0mm

Face Types Available

G4 | 4 Straight Forward Facing Grooves
GA | 'J' Hook Face Design

** 'Letter' from above relates to the disc drawing below