Bilstein OE replacement shocks and struts use gas-pressure technology for precisely defined and reliably stable driving performance in any driving condition
Meet or exceed OEM specifications for a precise fir, form, and function
Bilstein OE replacement shocks and struts use gas-pressure technology for precisely defined and reliably stable driving performance in any driving condition
Meet or exceed OEM specifications for a precise fir, form, and function
Bilstein OE replacement shocks and struts use gas-pressure technology for precisely defined and reliably stable driving performance in any driving condition
Meet or exceed OEM specifications for a precise fir, form, and function
Bilstein OE replacement shocks and struts use gas-pressure technology for precisely defined and reliably stable driving performance in any driving condition
Meet or exceed OEM specifications for a precise fir, form, and function
IMPROVED HANDLING AND PERFORMANCE -- Cross Tuned technology featuring exclusive rebound valving system and advanced compression phase improves overall handling and performance on and off road
MINIMIZES ROUGH RIDE -- Exclusive Progressive Engagement Valving is custom-tuned for each vehicle to help reduce initial impacts at low speeds and minimizes a rough ride
STRONG AND DURABLE -- Features a nitro-carburized piston rod to resist scuffs and corrosion, double-welded loops at stress areas.
HANDLES EXTREME TEMPERATURE CHANGES -- Large twin-tube body filled with all-weather fluid allows for cooler operation
BUILT TO LAST -- Low-friction, self-lubricating seal retains gas and oil for quicker rebound
Bilstein OE replacement shocks and struts use gas-pressure technology for precisely defined and reliably stable driving performance in any driving condition
Meet or exceed OEM specifications for a precise fir, form, and function
Bilstein OE replacement shocks and struts use gas-pressure technology for precisely defined and reliably stable driving performance in any driving condition
Meet or exceed OEM specifications for a precise fir, form, and function
