Megan Racing MR-CDK-HC12 Coilover Dampers for Honda Civic Si (2012-2015)

Upgrade your Honda Civic Si with the Megan Racing MR-CDK-HC12 Coilover Dampers, designed for both street and track enthusiasts. These dampers offer 32 levels of damper force adjustment, allowing you to customize your ride to match your driving style and comfort preferences. With separate spring perch height and shock length adjustments, you can maintain full suspension stroke while fine-tuning your vehicle’s handling characteristics.

Key Features:

< li >Front Spring Rate: 62mm ID; 180mm length; 10 kg/mm

< li >Rear Spring Rate: 62mm ID; 140mm length; 12 kg/mm

< li >Front Damper Specs: 120mm stroke; 260mm length; M2 Valving Code

< li >Rear Damper Specs: 75mm stroke; 180mm length; A2 Valving Code

< li >Adjustable Ride Height: Achieve the perfect stance with CNC machined locking spring perches.

< li >Pillow Ball Upper Mounts: Includes front adjustable camber plates for precise tuning.

< li >Durable Construction: Made from high-strength Steel and SAE-9254 Cold-Wound Steel springs.

< li >Rubber Dust Boots: Protect your dampers from debris and wear.

< li >Warranty: 1 Year Manufacturer Defect Warranty included.

Performance Benefits:

The MR-CDK-HC12 dampers are engineered for serious performance. The single damper adjustment knob allows for easy tuning, whether you’re a professional mechanic or a DIY enthusiast. With the ability to handle a +/- 2kg/mm change in spring rates, you can dial in your suspension for optimal handling, whether on the racetrack or winding mountain roads.

Fitment:

< li >Honda Civic Si | 2012-2015

Customer Feedback:

Many users appreciate the significant improvement in handling and ride quality. The adjustable camber plates have been noted as a game-changer, allowing for better tire wear and predictability on various road conditions. Whether you’re hitting the track or cruising on the street, these coilovers provide a perfect blend of comfort and performance.

Note:

Images are for marketing purposes only; actual product may vary.