BLOX Racing BXIM-00250 85mm DBW Throttle Body for 13-23 Dodge Charger/Challenger

Vehicle Fitment

• 2013-2023 Dodge Charger (R/T, Scat Pack, SRT 392, 5.7L/6.4L HEMI)
• 2013-2023 Dodge Challenger (R/T, Scat Pack, SRT 392, 5.7L/6.4L HEMI)

Features

• 85mm bore diameter for increased airflow and performance
• Drive-by-wire (DBW) design with pre-installed calibrated electronics
• Plug-and-play installation with no ECU tuning required
• CNC-machined from heavy-duty cast aluminum for durability
• Natural finish for corrosion resistance and improved aesthetics
• Enhanced throttle response with tapered annular venturi design
• Supports factory and aftermarket intake manifolds
• Quick installation time - under 1 hour with basic tools

Specifications

• Throttle body diameter: 85mm
• Material: Cast aluminum
• Finish: Natural
• Throttle control: Electronic (DBW)
• Sensor ports: Integrated TPS (Throttle Position Sensor)
• Compatibility: 5.7L and 6.4L HEMI engines
• Installation time: Approximately 20 minutes
• Warranty: 15-month limited warranty

Included Components

• 1x 85mm electronic throttle body assembly
• 1x Throttle body gasket
• 1x Mounting hardware set

Product Description

The BLOX Racing BXIM-00250 85mm Drive-by-Wire Throttle Body is engineered to enhance the performance of your 2013-2023 Dodge Charger or Challenger equipped with a 5.7L or 6.4L HEMI engine. By increasing the bore diameter to 85mm, this throttle body allows for greater airflow, resulting in improved horsepower, torque, and throttle response.

Constructed from durable cast aluminum with a natural finish, the BXIM-00250 is designed for longevity and resistance to corrosion. The pre-installed calibrated electronics ensure seamless integration with your vehicle's existing systems, eliminating the need for additional tuning. Installation is straightforward, requiring minimal tools and time - typically under an hour. Whether you're upgrading for performance gains or replacing a stock component, the BLOX Racing 85mm Throttle Body offers a reliable and efficient solution.