Aluminum Mopar HEMI Hellcat MAP Sensor Boost Reference Adapter Kit – Includes Mounting Bolt

CFR Performance SKU: HZ-7745-M-KIT

$69.14 USD

Shipping calculated at checkout

Available Now!

CFR Performance Aluminum Mopar HEMI Hellcat MAP Sensor Boost Reference Adapter Kit – Includes Mounting Bolt

The CFR Performance Aluminum MAP Sensor Boost Reference Adapter is a precision-engineered solution designed specifically for Mopar HEMI Hellcat platforms. This adapter allows you to tap into the factory MAP sensor port to easily obtain a boost or vacuum reference—ideal for use with aftermarket boost gauges, methanol injection systems, or tuning devices.

Key Features:

  • Direct fit for Hellcat MAP sensors – Engineered for seamless installation on 6.2L supercharged HEMI engines

  • High-quality CNC aluminum – Built for durability and corrosion resistance under high-performance conditions

  • Boost/vacuum reference port – Adds a convenient 1/8" NPT port for vacuum/boost line hookup

  • No cutting or tapping required – Preserves OEM sensor and manifold integrity

  • Leak-free performance – Includes MAP Sensor Adapter for reliable, airtight sealing

Vehicle Compatibility:

  • Dodge Charger SRT Hellcat (2015 and newer)

  • Dodge Challenger SRT Hellcat (2015 and newer)

  • Dodge Durango SRT Hellcat

  • Jeep Grand Cherokee Trackhawk (6.2L Supercharged)

  • Other Mopar platforms using the OEM Hellcat MAP sensor

Ideal For:

  • Boost gauge installations

  • Methanol injection kits

  • Aftermarket tuning and data logging

  • Custom forced induction setups

Installation Notes:

  • Basic hand tools required

  • Installs in minutes using the factory MAP sensor location

  • Always verify compatibility with your specific sensor before installation

Why Choose CFR Performance:

CFR Performance is a trusted name in performance parts, known for delivering quality-engineered components built to withstand extreme automotive environments. Our MAP sensor boost reference adapter reflects our commitment to innovation, performance, and reliability.