AIRAID Intake Systems AIR-450-613 Poweraid Throttle Body Spacer for Ford Mustang 4.0L V6, 1 Inch Thick, Red Anodized Aluminum

AIRAID Intake Systems AIR-450-613 Poweraid Throttle Body Spacer for Ford Mustang 4.0L V6, 1 Inch Thick, Red Anodized Aluminum

$125.99
Sale price  $125.99 Regular price 
Skip to product information
AIRAID Intake Systems AIR-450-613 Poweraid Throttle Body Spacer for Ford Mustang 4.0L V6, 1 Inch Thick, Red Anodized Aluminum

AIRAID Intake Systems AIR-450-613 Poweraid Throttle Body Spacer for Ford Mustang 4.0L V6, 1 Inch Thick, Red Anodized Aluminum

$125.99
Sale price  $125.99 Regular price 
05-10 Mustang 4.0L TB Spacer

The AIRAID Intake Systems AIR-450-613 Poweraid Throttle Body Spacer is designed specifically for the 2005 to 2010 Ford Mustang equipped with a 4.0L V6 engine. Constructed from durable aluminum with a vibrant red anodized finish, this spacer measures 1 inch in thickness, offering enhanced airflow and improved throttle response. It includes a gasket and hardware for easy installation, ensuring a secure fit and optimal performance. This product is ideal for Mustang enthusiasts seeking to optimize their vehicle's intake system for increased horsepower and torque without extensive modifications. The spacer's design promotes better air mixing and more efficient combustion, leading to noticeable improvements in engine performance and throttle sensitivity. It is compatible with stock and aftermarket intake manifolds, making it a versatile addition to your Mustang's engine bay. Please note that this spacer is not air-restricted and is suitable for use in various driving conditions, providing reliable performance and durability over time.

Features:

  • Constructed from high-quality aluminum with a red anodized finish for durability and aesthetics
  • Adds 1 inch of spacer height to improve airflow and throttle response
  • Includes gasket and hardware for straightforward installation
  • Designed specifically for 2005-2010 Ford Mustang with 4.0L V6 engine
  • Enhances engine performance by promoting better air mixing and combustion efficiency

You may also like