Subaru
Built Around How Subaru Chassis Actually Behave
This is not a generic coilover with a wide adjustment range used to cover every possible setup. Each Dežru system is built as a matched combination of spring and damper, developed to control how the car moves instead of simply making it feel stiffer. The goal is reduced oscillation, more predictable weight transfer, and a chassis that settles quickly after every input.
★★★★★ - Robert B.
Dyno-Proven, Not Guess-Tuned
These dampers were developed around the spring rate first, then refined on the dyno to produce the control we wanted from the chassis. The point is not to create the biggest possible adjustment spread. The point is to start from a damper curve that already suits the car, then use adjustment to fine-tune response without pushing the shock outside the range where the car feels natural and predictable.
Subaru platforms generate a large amount of grip, which can hide poor damping behavior. A car can feel firm at first yet remain unsettled once the road gets rough or the chassis is loaded repeatedly. That is why our approach focuses on controlling motion rather than increasing stiffness. Inverted monotube dampers improve structural rigidity at the front strut where lateral loads are highest, while spring rates and damping are selected together so the car returns to equilibrium quickly instead of continuing to move after each input. The result is a car that feels more stable, more consistent, and easier to place with precision.
Choose Your Driving Style
Lower damping force with controlled rebound behavior. Designed to reduce excess movement while maintaining compliance over uneven roads.
Increased damping to better support load transfer and improve front-end response without making the car feel overly stiff or reactive.
Higher damping authority for repeated high-load situations. Designed for consistency during aggressive driving and track use.
What Actually Changes
