D2 Asphalt Rally Coilovers
Suitable for fast driving on degraded road surfaces
For Maserati Gran Turismo (2007+)
36-stage damping adjustable
Independent ride height and spring preload adjustment
Flawless damping, even under small strokes
OEM brake hoses brackets
Corrosion resistant aluminium construction
1 year manufacturer warranty
TÜV and ISO-9001 approved
D2 Asphalt Rally Coilovers Specifications
The D2 Asphalt Rally series is particularly suitable for poor and degraded road surfaces, found during road rallying. Thanks to their superior oil capacity and large piston diameter (44 mm), these dampers guarantee flawless operation and consistent damping, even under small strokes. Their wide range of adjustment allows for a precise tuning and suspension setup, while giving full damper control regardless of ride height (independent height and preload adjustment). 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. Damping is 36-stage adjustable, providing a soft or firm ride, whichever is required. 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. Note : these coilovers aredesigned for asphalt rally and fast road use. D2 manufactures a specific range for a other surfaces, such as gravel or snow.
Characteristics
Car Make
Maserati
Car Model
Maserati Gran Turismo
Car Version
Maserati Gran Turismo (2007+)
Range
D2 Rally Asphalt
Front Top Mounts
Pillowball (non adjustable)
Rear Top Mounts
Pillowball (non adjustable)
Front Springs
18.6 kgF/mm
Rear Springs
12 kgF/mm
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