Ford Performance 65mm Cobra Jet Billet Aluminum Throttle Body - M-9926-CJ65

No review yet. Write Review
Regular price
$906.99 USD
Regular price
$906.99 USD
Sale price
$906.99 USD
Shipping calculated at checkout.

Vendor : Ford Performance Parts

Product Type : Fuel Injection Throttle Body

Sku : BDXX_M-9926-CJ65

Ford Performance 65mm Cobra Jet Billet Aluminum Throttle Body - M-9926-CJ65 is a Ford Performance air and fuel system upgrade for builds that need better airflow, cleaner response, and proven compatibility. Built around Ford Cobra Jet applications, it is designed to support performance goals while maintaining the fit and finish serious buyers expect.

Key Features

  • Genuine Ford Performance throttle body with exact part number M-9926-CJ65
  • Key attributes: Aluminum, Billet Aluminum
  • The M-9926-CJ65's 65mm bore and Cobra Jet-optimized airflow path reduce intake restriction and improve throttle response across the entire RPM range
  • Application-specific design; verify exact year, trim, and options before ordering
  • Install method varies by application; verify supporting components and tune requirements
  • Approximate shipping weight: 5.9 lb

Performance Benefits

The main benefit is improved airflow or fuel-system support, which can translate to better response, cleaner power delivery, and a more capable combination when paired with the right supporting parts.

Vehicle Fitment

Ford Cobra Jet. Exact year and trim coverage was not fully specified in the source data, so confirm application by part number before purchase.

Installation Notes

  • Professional installation is recommended
  • Confirm compatibility with your engine combination and supporting mods
  • Some applications may require tuning or additional setup after install

Emissions Information

Based on the source data for this SKU (EPA:N, CARB:N), this product is not identified as an emissions-system component and is not flagged as affecting factory emissions equipment. Always verify local laws and inspection requirements before installation.