2.7L Billet Supercharger Snout
CNC-machined billet supercharger snout for the 2.7L IHI Hellcat platform. Engineered for precise alignment and high-flow inlet geometry under sustained boost loads.
Technical Specifications
| Material | Billet aluminum, CNC-machined |
| Platform | 2.7L IHI Hellcat supercharger |
| Machining | Multi-axis CNC for alignment and concentricity |
| Inlet | High-flow geometry; supports large throttle bodies |
| Precision | Rigid body to stabilize tracking under belt load |
| Finish | Anodized for durability |
| Compatibility | 2.7L Redeye / SRT 392 and compatible platforms |
About the Product
Machined to tighter tolerances than OEM to help maintain shaft alignment and belt tracking under high boost.
Drop-in fitment on 2.7L IHI-based platforms — no adapter hardware required.
2.4L Hellcat Billet Supercharger Snout
CNC-machined billet supercharger snout engineered for high-flow inlet geometry and precise alignment under belt load.
Technical Specifications
| Material | Billet aluminum, CNC-machined |
| Machining | Multi-axis CNC for alignment and concentricity |
| Inlet | High-flow geometry; supports large throttle bodies |
| Precision | Rigid body to stabilize tracking under belt load |
| Finish | Anodized for durability |
| Compatibility | 2.4L Hellcat supercharger applications |
About the Product
Resists flex under belt load to help maintain shaft alignment and belt tracking.
Flow-optimized inlet reduces turbulence for consistent boost response.
2.4L Hellcat Billet Turbo Snout
Billet turbo snout designed to support high-flow turbo inlet routing while maintaining OE-level interfaces and sealing.
Technical Specifications
| Material | Billet aluminum, CNC-machined |
| Geometry | Optimized inlet transitions for turbo airflow |
| Interfaces | OE-style mounting and sensor provisions |
| Finish | Anodized for corrosion resistance |
| Compatibility | 2.4L Hellcat turbo inlet applications |
About the Product
Supports clean turbo inlet routing with robust billet construction for stability and sealing.
Designed to install with OE hardware while accommodating high-flow setups.