H&R Lowering Springs 2015-19 Mercedes-Benz C63/S AMG Sedan (28766-1)


Price:
Sale Price$516.00 CAD
Stock:
In stock (9 units), ready to be shipped

Want product recommendations?

Use Our Suspension Builder Guide

Use Our Exhaust Tech Guide

Get personalized suggestions based on your goals and budget.

Description

Free ground shipping.

0.8 Inches (20.3 mm) front and rear lowering.

A progressive rate coil design with a slightly stiffer spring rate improves cornering and handling, without the ride being harsh or bumpy. Daily driver comfortable.

The tasteful lower stance will definetely get noticed, and make you love your Mercedes-Benz even more.

All H&R lowering springs are made of a special (hf) 54SiCr6 spring steel to ensure the best quality and performance.

H&R lowering springs are shot-peened to increase service life by 200%.

A thick, long lasting powder coat finish ensures they will survive, even in the harshest conditions.

All production and testing is done in house at H&R's ISO9001 certified production plant in Germany.

Experience a huge improvement in handling and appearance with a set of H&R lowering springs.

Mercedes-Benz C63 AMG lowering springs at MGC.

 

Fitment guide:

  • 2016-2020 Mercedes-Benz C63 AMG Base V8.3982cc 
    2016: Sedan; Lowering height will vary on vehicles with factory sport suspensions 12
    2017: Sedan; Lowering height will vary on vehicles with factory sport suspensions 12
    2018: Sedan; Lowering height will vary on vehicles with factory sport suspensions 12
    2019: Sedan; Lowering height will vary on vehicles with factory sport suspensions 12
    2020: Sedan; Lowering height will vary on vehicles with factory sport suspensions
  • 2015 Mercedes-Benz C63 AMG Base V8.6208cc 
    2015: Sedan; Lowering height will vary on vehicles with factory sport suspensions 12
  • 2015-2019 Mercedes-Benz C63 AMG S Base V8.3982cc 
    2015: 12
    2016: 12
    2017: 12
    2018: 12
    2019: 12

 

 

Estimate Shipping

Your Recently Viewed Products:

Customer Reviews

No reviews yet
0%
(0)
0%
(0)
0%
(0)
0%
(0)
0%
(0)