Genuine OEM Honda Driver Side Front Fender Stay
This is an authentic OEM (Original Equipment Manufacturer) Honda part - the exact same component sold at your Honda dealership. When you choose genuine OEM parts, you're getting factory-quality components designed specifically for your vehicle. This driver side front fender stay provides essential structural support for your Civic's fender assembly, ensuring proper alignment and stability.
Vehicle Fitment
| Year Range |
Make |
Model |
Trim |
Engine |
| 2021 |
Honda |
Civic |
EX, EX-L, LX, Sport, Sport Touring, Touring, Type R, Type R Limited Edition |
1.5L L4 - Gas, 2.0L L4 - Gas |
| 2020 |
Honda |
Civic |
EX, EX-L, LX, Si, Sport, Sport Touring, Touring, Type R |
1.5L L4 - Gas, 2.0L L4 - Gas |
| 2019 |
Honda |
Civic |
EX, EX-L, LX, Si, Sport, Sport Touring, Touring, Type R |
1.5L L4 - Gas, 2.0L L4 - Gas |
| 2018 |
Honda |
Civic |
EX, EX-L, EX-T, LX, LX-P, Si, Sport, Sport Touring, Touring, Type R |
1.5L L4 - Gas, 2.0L L4 - Gas |
| 2017 |
Honda |
Civic |
EX, EX-L, EX-T, LX, LX-P, Si, Sport, Sport Touring, Touring, Type R |
1.5L L4 - Gas, 2.0L L4 - Gas |
| 2016 |
Honda |
Civic |
EX, EX-L, EX-T, LX, LX-P, Touring |
1.5L L4 - Gas, 2.0L L4 - Gas |
Product Details
-
Part Type: Driver Side (Left) Front Fender Stay
-
Fitment: Direct Replacement
-
Condition: Brand New Genuine OEM
-
Placement: Driver Side, Front Fender
-
Quality: Factory OEM Specification
-
Function: Provides structural support and proper fender alignment
Why Choose Genuine OEM Parts?
Genuine OEM Honda parts are manufactured to exact factory specifications, ensuring perfect fit, finish, and function. Unlike aftermarket alternatives, OEM parts are backed by Honda's engineering expertise and quality standards. This front fender stay is precision-engineered to maintain your Civic's structural integrity and ensure proper body panel alignment for years to come.
Note: Driver Side refers to the left side of the vehicle (US standard). This is the same premium part your Honda dealer would install, ensuring long-lasting durability and optimal performance.