Ported shroud compressor housing for T3/T4E 60trim

This ported shroud compressor housing is engineered for T3/T4E 60-trim turbocharger builds, giving performance-minded enthusiasts a way to extend compressor map width and push more air into a modified engine before surge becomes a limiting factor. It’s built for tuners and builders chasing wider power bands on street and race applications who need a housing that keeps pace with an aggressive 60-trim wheel. If you’re running or building a T3/T4E-based turbo system and want to maximize flow efficiency, this housing is the right foundation. Specifications Compressor Wheel Trim: 60-trim (T3/T4E) Housing Feature: Ported shroud (anti-surge machining) A/R Ratio: 0.60 Compressor Inlet: 4″ Compressor Outlet: 2″ Frame Size: T04E Performance & Application This housing is purpose-built for T3/T4E 60-trim turbochargers used in modified street and race engines where flow range matters as much as peak output. The ported shroud design incorporates anti-surge machining, allowing the compressor to operate efficiently across a broader range of conditions rather than choking off at the edges of its map. This makes it a strong choice for builders pushing their T3/T4E setup harder than a stock housing was designed to handle. It’s best suited for enthusiasts building or upgrading a T3/T4E turbo system who want more usable flow efficiency out of their existing frame size. Frequently Asked Questions What is the A/R ratio of this compressor housing? This housing is built with a 0.60 A/R ratio. What size inlet and outlet does this housing use? It features a 4″ inlet and a 2″ outlet. What does “ported shroud” mean on this housing? Ported shroud refers to anti-surge machining built into the compressor housing. What frame size is this compressor housing designed for? This housing is designed for the T04E frame size, fitting T3/T4E 60-trim turbochargers. For builders running a T3/T4E 60-trim turbo who need real anti-surge performance without guessing on specs, this ported shroud housing delivers exactly the flow characteristics your build demands.