Key Features
• Fitment: for Ford for E250 4.6 L/5.4 L 03-07 & Econoline 4.2 L/5.4 L 99-02 --for vehilce, please check Fitment Filter
• Location: Rear,Left
• Part Number: FRC11006,18-B4749,18FR1407C,CLA37836
• Brake Caliper Mounting Bracket: with Mounting Bracket
• Caliper Casting Material: Cast Iron
Product Description
What is Brake Caliper
a brake caliper is a mechanical component in a disc brake system that houses the brake pads and facilitates the of hydraulic pressure into mechanical strength. it is typically positioned around the brake rotor or disc and is responsible for applying the necessary strength to slow down or stop the rotation of the wheels. the brake caliper plays a crucial role in ensuring safe and efficient brake, providing the driver with control and certainty on the road
Fitment
for Ford
for E250 4.6L/5.4L 2003-2007 & Econoline 4.2L/5.4L 1999-2002
for vehilce, please check Fitment Filter
Position
Location: rear,left
Part Number
FRC11006,18-B4749,18FR1407C,CLA37836
Brake Caliper Mounting Bracket
with mounting bracket
Caliper Casting Material
Cast iron
Includes
Hardware
Mounting Bracket Included
Yes
Piston Diameter
44 mm
Piston Material
Phenolic
Piston Quantity
2
Installation
1. take out the wheels
2. clean brake parts and caliper
3. replace the caliper
4. complete
Although the brake caliper is relatively a simple moudle, we still strongly you go to a professional mechanic to install it
Function of Brake Caliper
the brake caliper is responsible for applying strength to the brake pads, which in turn press against the brake rotor or disc. this action creates friction, slowing down or stopping the rotation of the wheels. the brake caliper houses the brake pads and utilizes hydraulic pressure from the brake fluid to activate the brake mechanism
Instruction of Brake Caliper
Detailed instructions for installing the brake caliper should be provided by the vehicle manufacturer or outlined in the assistance manual. it is crucial to follow the manufacturer's instructions carefully to ensure proper installation and optimal performance.
