All EVO 9 turbos will now come standard with our new cast stainless turbine housing. This turbine housing has been designed to maximize flow while not sacrificing spool characteristics. It has a 3" outlet and has a TiAL MV-S waste gate flange machined directly onto the housing.

With the re-release of the EVO 9 BB Turbos we debut the new Xona Series CHRA which are a billet SS construction featuring expanded water jacketing which fully surround the entire hot side register for improved heat blocking in the turbine section. Better materials extend the service life through improved corrosion resistance and reduced heat conduction into the bearing section of the CHRA. The rotating assembly is isolated from vibration 3 dimensionally via specially designed oil damping chambers which also serve to provide variable preload to the angular contact ceramic ball bearings ensuring that bearing preload increases with oil pressure, rpm and thrust loads a feature never before seen in ball bearing turbochargers. Correct loading of angular contact ball bearings and bearing temperature are the determining factors when it comes to the lifespan of the ball bearing.

The FP Black has long been the benchmark in the stock appearing EVO IX market propelling the platform into the low 9's and into and beyond the 600WHP territory all while passing itself off as a stock turbo. It's a potent combination of a 67MM turbine wheel mated with our 82HTZ compressor wheel for a flow rating of 68LB per minute and a ton of fun in your EVO.

Of course to harness this insane power we had to develop our own Ball Bearing CHRA and true to our nature we kept it looking as close to what came on your car from the factory as possible. This BB CHRA allows you to push the outer limits of performance by increasing the allowable thrust loads over a normal TD05/6 journal bearing turbocharger and greatly reducing the risk of oil starvation from hard acceleration and cornering forces.

The FP EVO Stainless Turbine Housing was designed for race applications where the turbocharger would be operating above 20psi. Attempting to operate below 20PSI can result in boost creep in some applications.