The SRT4 Turbo Manifold is a purpose-built cast exhaust manifold engineered specifically for Dodge SRT-4 platforms pushing serious power. Designed for enthusiasts chasing reliable high-horsepower gains, this manifold combines a durable casting process with smart design features that eliminate common headaches in aggressive turbo builds. It’s the right choice for anyone ready to move beyond stock limitations without sacrificing long-term reliability.
Specifications
- Flange Type: T3 Inlet
- Wastegate Provision: External wastegate port, pre-cast
- Construction: Cast from high grade, high temp material
- HP Capacity: Supports well over 400 wheel horsepower
Performance & Application
This manifold is built for Dodge SRT-4 owners running or planning high-horsepower turbo setups that exceed stock capability. The pre-cast external wastegate port simplifies boost control integration for builds requiring precise pressure management under sustained high-output conditions. Its high-temperature cast construction is engineered to handle the thermal and mechanical stress associated with aggressive power levels. This is a component suited for serious performance applications rather than mild street upgrades.
Compatibility & Fitment
- Dodge SRT-4 platforms
Frequently Asked Questions
- What horsepower can the SRT4 Turbo Manifold support?
- This manifold supports well over 400 wheel horsepower, making it suitable for high-output SRT-4 builds.
- What inlet flange does this manifold use?
- The manifold features a T3 inlet flange.
- Does this manifold have wastegate provisions?
- Yes, it comes with an external wastegate port that is pre-cast into the manifold.
- What material is the manifold made from?
- It is cast from high grade, high temperature material designed for durability under performance conditions.
For SRT-4 owners serious about supporting big turbo power reliably, this cast manifold delivers the flange configuration, wastegate readiness, and material durability needed to get the job done right.

Reviews
There are no reviews yet.