S411 TE introduction
Featuring an ultra low centre of gravity, optimized weight distribution, high performance geometry and top quality materials throughout, the S411 should see you in the winner’s circle in no time. In fact everything associated with this car is of the highest quality, from the packaging and supplied manuals, right through to the product and race support.
The car comes supplied with a front spool which has been made from hard anodised aluminium while its shape has been optimised to ensure that the part is as light as possible without compromising strength. The drive is provided through the attached pulley into the lightened steel drive cups, which are held in place using steel pins.
The S411 is supplied with coded anti-roll bars front and rear with alu centering bracket. The anti-roll bars are available in a number of thicknesses and are connected to the wishbones using short adjustable track rods, connected with a pivot ball to the lower wishbones.
The anti-roll bars run in small nylon inserts in the right size same as the anti-roll bar, and the anti-roll bar is centered through one captured center bushing.
A standard system on all high-end touring cars, the S411 features a front C-hub system, which is a lighter alternative to a pivot ball steering system. The car comes standard with a 4-degree caster block but is also supplied with a pair of 2 and 6-degree blocks. The C-hub is large enough to take out the drive-shaft assembly without dis-assembling the c-hubs.
Front suspension / rear suspension
Similar to the rear suspension in configuration, the front suspension sports a lower composite wishbone while the upper camber adjustment is handled using a track rod which is solid, lightweight and can easily handle impacts.
The motorbracket is seperated fully from the aluminium mid-shaft brackets to isolate motor-vibrations better. The seperate machined brackets hold the light alumnium middle shaft/ 19T pulley. The holders feature seperate alu bearingholders, which give the best possible support to the mid-shaft section.