Lifting your truck's ride height will always cost a premium to do so, or will it? The Eibach PRO-TRUCK Lift Block proves that you don't need to dish out a lot to get that ride height raise you desire.

This rugged lift block is constructed from aircraft-grade billet aluminum and has a durable black anodized finish to for that robust quality that isn't only ready for everyday use, but looks good while doing so as well. Installation is a straightforward process with the Eibach PRO-TRUCK Lift Block, as it doesn't require any kind of modification to install. Simply bolt on the blocks to the factory mounting points with the included hardware and you're good to go. This immediately lifts your truck to the desired ride height, giving you an increased ground clearance and compatibility for larger tires.

Lift big and spend less, with the amazing Eibach PRO-TRUCK Lift Block.

Eibach is a company that produces performance suspension for Formula One, NASCAR, WRC, CART, and so on. On occasion it has been said that they produce the finest performance suspension parts in the world. Eibach and its team of engineers develop products to meet the extreme demands required for any racing circuit. It is made with great precision which makes it very durable and ensures a reliable repeatable performance. When other springs sag and wear out, Eibach keeps on going. They know what professional drivers want from their vehicle, and they strive to create the best harmony possible between driver and vehicle on the road. Thus, drivers feel, lesser body rolls in hard cornering, reduced nose dive during braking, less squatting during acceleration, and a more direct handling with greater handling predictability.

Eibach has supported an uncountable number of race winners over the last 20 years from all genres of racing. This is due to the technology applied in making the product parts, from high strength spring steel alloy, to quality corrosion protection, and advanced CNC winding methods hence producing a products that are durable, reliable, and have optimum resistance to stress.