D2 Super Sport Coilovers
Inherited from the competition but designed for the road
For Mercedes CLS C219 (04-11)
Compression and rebound adjustable
Road-friendly hydraulic settings and spring rates
Extremely fine adjustments, over 10.000 combinations
Remote oil reservoirs for superior capacity
OEM brake hoses brackets
Corrosion resistant aluminium construction
1 year manufacturer warranty
TÜV and ISO-9001 approved
D2 Super Sport Coilovers Specifications
Originating from motorsport but designed for the road, the Super Sport series is a perfect compromise between comfort and pure performances, for versatile use. Both compression and rebound adjustable, they allow for extremely fine tuning and virtually infinite adjustments (over 10.000 combinations per shock). Super Sport suspension kits offer competition level features while keeping road-friendly hydraulic settings and spring rates, for the most demanding customers. Separate oil reservoirs offer a large overall oil capacity and help control temperature rise to give consistent performance. These tanks are fixed on the shock absorbers. Front camber can be adjusted via the top mounts (McPherson struts only).
Using monotube dampers, D2 Racing coilovers offer a lowering range of up to 10-12 cm (depending on the model), while being corrosion resistant thanks to their aluminium construction. Often lighter than OEM units, D2 coilovers also help reduce weight.
All D2 products are TÜV and ISO-9001 approved and benefit from a one-year manufacturer warranty. For your specific needs, it is possible to modify spring rates; D2 France always keeps a large choice of spare parts in stock, to facilitate maintenance and repair of your suspensions, without delaying other projects. Please contact us for more information.
Characteristics
Car Make
Mercedes
Car Model
Mercedes CLS
Car Version
Mercedes CLS C219 (04-11)
Chassis Code(s) / Type
C219
Range
D2 Super Sport
Front Top Mounts
Pillowball (non adjustable)
Rear Top Mounts
No top mounts (use OEM)
Front Springs
16~18.6 kgF/mm
Rear Springs
14.8 kgF/mm
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