2010-2012 Mustang Front Splitter

SKU: 420002
Regular price $189.99

Product Details

  • Vendor Roush
  • SKU 420002

Product Highlights for the Mustang Front Splitter (2010-2012):

  • Elevate Your 2010-2012 Roush® Ford Mustang Front Fascia with Authentic Race-Inspired Styling
  • Designed to Fit and Essential for the Roush® 2010-2012 Mustang Front Fascia (Available with Fog Lamps and Harness Under Part #420000 or Without Under Part #420001)
  • Crafted from High-Strength TPO (Thermal Plastic Olefin) for Exceptional Durability
  • Precisely Shaped through High-Pressure Injection Molding, Matching OEM Manufacturing Standards
  • Quick and Effortless Installation Process
  • No Trimming Required, Unlike Competitors' Products
  • Includes All Necessary Components
  • Arrives Unpainted with a Grained Texture to Enhance Resistance Against Rock Impacts During Driving
  • Roush®'s Mustang Front Splitter brings genuine race-inspired style and performance to your 2010-2012 Mustang. This splitter is tailor-made for and a necessary addition to the Roush® 2010-2012 Mustang Front Fascia. You can opt for the fascia with fog lamps and harness under part #420000 or without fog lamps under part #420001.


Crafted from high-strength TPO (thermal plastic olefin), the 2010-2011 Mustang Front Splitter ensures exceptional durability. Manufactured in the U.S.A. at Roush's dedicated plastics manufacturing facility, this plastic component is molded using high-pressure injection, adhering to the same advanced process employed by automotive manufacturers. Installation is a breeze, taking just a few minutes, and there's no need for trimming, as is often required with products from our competitors. The package includes all the essential components for your convenience.

Front Splitters play a vital role in reducing drag and enhancing downforce for your vehicle. When in use, the front splitter optimizes your car's aerodynamics by improving the transition between the high-velocity airflow beneath the car and the slower freestream airflow of the surrounding atmosphere. It achieves this by creating a space for the underbody airflow to decelerate and expand, minimizing flow separation and drag.