New at RisingTuning, the KEIN Power brace for Mitsubishi Lancer Evolution 7th, 8th, 9th generation.
The KEIN power struts reinforce the chassis and minimize bending of the body, especially important under cornering loads, thereby ensuring optimal suspension movement in a given geometrically aligned condition. Power struts help achieve a more aligned, crisp and predictable control from the car, which is especially necessary if you are important to the results in time racing.
The power strut is a welded structure of tubes and bolted supports - thereby creating an additional stiffening unit between the load-bearing body parts when installed, creating a more responsive car handling.

Item content:
• Power Brace (Body Reinforcement Brace Kit) for Mitsubishi Lancer Evolution 7, 8, 9 - 1pc.

Fastening elements:
• Included

Features:
• Bolt-on
• Material: Steel, K02001 / K02502
• Welding Procedure: MIG
• Surface finish: Professionally powder-coated.
• Hardware metric grade 8.8-12.9 zinc
• Tested on the track and on the street.

Installation:
Front body stiffener (between headlights) for MITSUBISHI EVO 7/8/9
The strut is installed in the standard place under the front bumper. All necessary fasteners are included in the kit.

This power brace is compatible with this cars:

MITUBISHI LANCER EVOLUTION

Japan & World:
Mitsubishi Lancer Evolution, 7 Gen, Sedan, 02.2001 - 12.2002, Body: CT9A
Mitsubishi Lancer Evolution, 8 Gen, Sedan, 01.2003 - 03.2005, Body: CT9A
Mitsubishi Lancer Evolution, 9 Gen, Sedan, 03.2005 - 12.2006, Body: CT9A
Mitsubishi Lancer Evolution, 9 Gen, Wagon, 09.2005 - 12.2006, Body: CT9W

Years of issue EVO: 2001, 2002, 2003, 2004, 2005, 2005, 2006

KEIN division has its own engineering department and are our direct partners, the RisingTuning team. All products created by KEIN are modeled in CAD where the factory drawings of the cars are used to create the part, thus achieving maximum accuracy in measurements when creating the part. Before the prototype all stresses and loads are measured in simulation in order to identify the most reliable and correct design solutions taking into account the steel grade and the upcoming not only direct loads but also the natural environment - the correct alloy, steel thickness and its additives are selected to give the required properties to the product. After identifying the best solutions a prototype is created which undergoes physical tests and only after successful tests the finished serial products are created.