fits model: Mx, Cvt, Civic. make: Honda. year: 2003–2005.

( Manufacturer Part Number: 536-59557L ), ( Model: CIVIC ), ( Part Type: Driver Brake Caliper ), ( Conditions Options: Hybrid, Cvt ), ( Genuine Oem: Yes ), ( Designation: Used ), ( Placement: Driver/left ), ( Stock : 150024 ), ( Year: 2004 )
The 536-59557L Driver Front Brake Caliper is an essential component for maintaining the reliable braking system of your 2003 to 2005 Honda Civic 3L MX Hybrid CVT. This high-quality brake caliper, with part number R227564, is specifically designed to fit the driver's side of your vehicle.
This brake caliper is manufactured with precision and durability in mind. It features a robust construction that ensures reliable performance even under heavy braking conditions. The caliper housing is made of corrosion-resistant materials, providing protection against harsh environmental elements, ensuring long-term durability.
The 536-59557L Driver Front Brake Caliper is equipped with carefully engineered pistons that provide efficient brake force. The pistons are coated with a high-temperature resistant material, ensuring smooth operation and preventing piston seizure even in extreme temperatures.
The caliper also features high-quality seals and piston dust boots that help to prevent brake fluid leakage. This not only ensures the proper functioning of the brake system but also helps to maintain cleanliness and prevent corrosion.
Installing the 536-59557L Driver Front Brake Caliper is a straightforward process. The caliper comes fully assembled, and all necessary hardware is included in the package. The installation instructions are clear and easy to follow, ensuring a hassle-free installation process.
In conclusion, the 536-59557L Driver Front Brake Caliper is an excellent replacement for your worn-out or damaged brake caliper. Its robust construction, efficient operation, and easy installation make it an ideal choice for maintaining the safety and reliability of your 2003 to 2005 Honda Civic 3L MX Hybrid CVT's braking system.
Pros of buying a 536-59557L driver front brake caliper for Honda Civic 3L MX Hybrid CVT (R227564):1. OEM Part: This caliper is an original equipment manufacturer (OEM) part, ensuring proper fit and function.
2. Designed for Hybrid Vehicles: The caliper is specifically designed to work with hybrid vehicles, which may have unique braking systems.
3. High-Quality Materials: The caliper is made using high-quality materials, ensuring durability and long-lasting performance.
4. Easy Installation: The caliper is designed for easy installation, saving you time and money on labor costs.
Cons of buying a 536-59557L driver front brake caliper for Honda Civic 3L MX Hybrid CVT (R227564):1. Cost: OEM parts can be more expensive than aftermarket alternatives.
2. Availability: OEM parts may not be as readily available as aftermarket parts, which can cause delays in repair or replacement.
Conclusion:While the OEM 536-59557L driver front brake caliper for Honda Civic 3L MX Hybrid CVT (R227564) has its benefits, such as proper fit and function, high-quality materials, and ease of installation, the cost and availability can be drawbacks. If you prioritize cost and are willing to take a chance on the fit and function of aftermarket parts, you may want to consider an alternative option. However, if you value the peace of mind that comes with using OEM parts, the 536-59557L driver front brake caliper is a solid choice. Ultimately, the decision depends on your specific needs, budget, and priorities.
Shipping ship to locations our default rates are for the 48 us states only via FedEx ground or USPS. Orders placed after 2:00 pm CST cannot be guaranteed shipping that day.
Used brake caliper.
F is the front.
R is the passengers side example: rr would be rear caliper and fl driver front. L is the drivers side.
Depending on which country you are in, may need to for a shipping quote before or after purchase complete the sale.
This part will only fit the makes and model's with options shown above.
3l Mx, hybrid, l. Our brake calipers are used, therefore, please expect some wear and surface oxidization.