Front Camber Plate Kit, Anodized Black - FT86

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SKU:

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Collections: Suspension

Product type: Front Camber Plate Kit

Vendor: Verus Engineering

Tags: 2012 brz, 2013 brz, 2014 brz, 2015 brz, 2016 brz, 2017 brz, 2018 brz, 2019 brz, 2020 brz, 2021 brz, anodized, black, camber, front, ft86, kit, plate

Availability:

$540.00

OVERVIEW

The Verus Engineering Camber Plates allow you to adjust camber up to -3 degrees at stock ride height without camber bolts. 

We utilize high-end, wide-body spherical bearings to increase driver feel and connection with the road without sacrificing longevity. 

These camber plates are direct replacements for the OEM top hats and retain the same installed height as the OEM units.

Disclaimer:

  • Koni Yellow Struts require the top nut to be modified.

  • Tein Coilovers require Raceseng Top Not in order to be compatible.

WHAT IS INCLUDED

  • Camber Plate, Left-Hand, Assembled

  • Camber Plate, Right-Hand, Assembled

  • Spherical Bushing (2)

  • Spherical Nut (2)

PART NUMBER

A0019A-BLU

A0019A-BLK

A0019A-RED

INSTALL AND DATA


INSTALL MANUAL


 

 



FEATURES

  Lightweight Design (Save 15 oz Per Side)

Quick and Painless Adjustments

Reduce Compliance for an Enhanced Feel Behind the Wheel

All Aluminum Pieces are Anodized for Corrosion Resistance

Up to -3 degrees of camber at stock ride height without camber bolts

 

SPECIFICATIONS

  Billet 6061-T6 Machined Aluminum Construction

Stainless Hardware Used Throughout

Wide Series Spherical Bearing, PTFE Lined, 440 Stainless Ball, 17-4 PH Stainless Race

Clinch Press In Studs for OEM Like Install  

Made in the U.S.A.

 

 


SCIENCE

 

 

 

Camber is the angle at which the wheel and tire are positioned in comparison to the road assuming the road flat. While one might believe that the wheel is perfectly perpendicular to the road, it is often intentionally tilted to counteract the forces put on it by cornering. Negative camber is generally desired in track cars. Negative camber helps counteract the tendency of the tire to roll on its outer edge during cornering. In turn, this keeps as much tire on the road as possible while cornering and allowing for more grip and higher cornering speeds.