4 Ways Racing Oil Is Different From Street Oil
When it comes to maintaining the performance of a high-octane engine, choosing the right oil is essential. Whether you’re fine-tuning a race car or prepping a drag racer, it’s important to understand the significant differences between racing oil and street oil. This blog post will outline the main areas where these oils differ so that you can better understand why you need the best for your high-performance vehicle.
Different Additive Packages
One of the most critical aspects that sets racing oil apart from street oil is the additives it contains. Both types of oils contain additives to protect your engine, but racing oil features a unique blend designed specifically for high-performance engines.
To be more specific, racing oils usually exhibit higher levels of anti-wear additives like zinc dialkyl dithiophosphate (ZDDP) and phosphorus. These minimize engine wear and preserve the life of your engine under extreme stress. Conversely, street oil may not have such a heavy concentration of these additives due to emission concerns and milder operating conditions.
Enhanced Viscosity Modifiers
Perhaps one of the most noticeable differences between racing oil and street oil is the way they handle viscosity. Generally, racing oil has a higher viscosity index, enabling it to better withstand extreme values of heat and the intense operating conditions of racing competitions.
Because of the inclusion of advanced viscosity modifiers, racing oils can maintain consistent viscosity ratings under extremely high temperatures and demanding scenarios, ensuring the optimal film thickness and ideal protection for the engine’s most critical components.
High Stability Under Sheer Forces
When you push an engine to its limits, causing it to reach extremely high revolutions per minute (RPM), its oil must maintain lubricity to prevent premature wear or damage. High-performance full synthetic motor oil specifically provides exceptional stability under such circumstances, resulting from the incorporation of specialized base oils and additives that resist sheer forces. In comparison, street oil may not withstand the same stress levels when exposed to the extreme conditions present during racing events.
Accommodation of Engine Specifications
Finally, you can often distinguish racing oil and street oil by their respective flexibility when applied to different engine types. Racing oils use precise engineering to cater to the requirements of specific engines, focusing on providing the best performance and protection based on the unique demands of the racing environment.
This tailoring process extends from traditional internal combustion engine applications to highly specialized racing competition vehicles. Meanwhile, manufacturers develop street oils with broader compatibility in mind, catering to the everyday needs and demands of the average consumer vehicle. No matter how you cut it, racing engines need racing oils to perform at their peak capacity.