Brake Calipers ROVER 100

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We have 10 results for you
Name
Production period
CCM
HP (KW)
Body type
Additional info
ROVER 100 / METRO Hatchback (XP) 111 C/L/S
1990.03
1998.12
1120
11 K2A 11 K2D
60
(44)
Hatchback
ROVER 100 Convertible (XP) 111
1994.04
1997.10
1120
11 K2D
60
(44)
Convertible
ROVER 100 / METRO Hatchback (XP) 114 GSi
1994.10
1995.10
1396
14 K4F
103
(76)
Hatchback
ROVER 100 / METRO Hatchback (XP) 114 GTI 16V
1990.03
1991.08
1396
14 K4C 14 K4D
94
(69)
Hatchback
ROVER 100 / METRO Hatchback (XP) 114 GTI 16V
1991.08
1998.12
1396
14 K4F
103
(76)
Hatchback
ROVER 100 / METRO Hatchback (XP) 114 GTI/GT 16V Cat
1990.03
1998.12
1396
14 K4C 14 K4D
90
(66)
Hatchback
ROVER 100 / METRO Hatchback (XP) 114 S/L/GTA
1990.03
1998.12
1396
14 K2A 14 K2D
75
(55)
Hatchback
ROVER 100 Convertible (XP) 114
1997.03
1998.10
1396
14 K4F
102
(75)
Convertible
ROVER 100 Convertible (XP) 114
1994.04
1997.10
1396
14 K2A 14 K2D
75
(55)
Convertible
ROVER 100 / METRO Hatchback (XP) 115 D
1994.12
1998.12
1527
TUD 5
57
(42)
Hatchback

At IC24.UK, you’ll find a wide range of brake calipers designed for a broad selection of car makes and models. Our offer includes front and rear brake calipers, as well as complete units and components suitable for various braking system configurations.

All products are sourced from trusted manufacturers and meet the required standards for fitment, durability and braking performance. To ensure compatibility, simply select your vehicle and browse brake calipers matched precisely to your car — removing guesswork and making replacement straightforward.

What is a brake caliper?

A brake caliper is a key component of the braking system. During braking, it presses the brake pads against the disc. Its construction includes pistons, a housing and guide pins. These parts are responsible for the smooth and even operation of the mechanism. The brake caliper uses a hydraulic system with brake fluid. It converts hydraulic force into frictional force, which stops the vehicle.

How does a brake caliper work?

During braking, the brake caliper presses the brake pads against the disc. It uses hydraulic force transferred through the brake fluid. When you press the brake pedal, the fluid pressure moves the pistons inside the caliper. They then press the pads firmly against the surface of the brake disc. As a result, friction is created, which effectively slows down or stops the wheel from turning.

What types of brake calipers are there?

Brake calipers come in two main types: fixed and floating. A fixed caliper has pistons on both sides of the disc. This allows pressure to be distributed evenly across the pads and the disc. A floating caliper has a piston on one side only. Thanks to its movable housing, it adjusts to the brake disc, although it does not provide pressure as evenly as the fixed version.

How to choose a brake caliper?

You should choose a brake caliper based on:

  • compatibility with your vehicle,
  • brake disc diameter,
  • number of pistons.

When choosing, check whether the caliper is designed for your specific vehicle model. Also make sure it matches the mounting type used in your braking system. The materials used and resistance to high temperatures are also important.