Synthetic Racing Oils

 

Joe Gibbs Driven Racing Oils are specially formulated for the specific needs of racing engines. Our engineers and engine builders at Joe Gibbs Racing have put in countless hours perfecting our oil to maximize horsepower and protect vital parts. Our line of synthetic racing oils offer the highest viscosity index base oils for improved efficiency and protection.

 

XP9

 


Order Online

XP9

Viscosity typical of 10W-40.

XP9 features an advanced zinc/phosphorus based anti-wear package to protect aggressive cam profiles, and XP9 utilizes select synthetic base oils to deliver high temperature protection from viscosity breakdown. XP9 provides increased high shear protection for wet sump and high compression applications. XP9 utilizes select synthetic base oils for increased durability at high engine temperatures. Compatible with methanol and high octane race fuels. Formulated with proprietary anti-wear and friction reducing additives to fight valve-train wear and increase horsepower. Ideal for high output steel block engines.

Proprietary Friction Modifiers – Increases horsepower output by reducing friction. Extensive dyno testing proves these power gains last throughout the service life of the oil.

Extra Film Thickness - Advanced synthetic technology for greater film thickness under high temperatures and high loads.

Thermal Stability - Defends against oil consumption and viscosity breakdown. Provides added durability for competition engines.

Product Features:

  • Increased high temperature and high shear protection
  • Utilizes select synthetic base oils for increased durability at high temperatures
  • Compatible with methanol and high octane race fuels
  • Formulated with proprietary anti-wear and friction reducing additives to fight valve train wear and increase horsepower

Applications:

  • Wet sump and high compression applications
  • High output steel block engines

Available In:

Case of 12 Quarts - Part #03207

 

Download:
MSDS

 

More Information:

Why Synthetic?
Application Guide

Choosing the Right Viscosity
Blending Guide