MOTUL Course de Monterey powered by Hyundai N
want in a racing lubricant, giving adequate protection while still providing the lowest friction for added power. The result of this development and formulation led to the creation of our flagship 300V line of oils. The legendary Motul 300V was created in 1971 as the first ester- based automotive engine oil. It used technology from the aerospace
the manufacturing process. This is important, as IMSA and its partners continue to look for new ways to continue racing with a reduced impact on the environment. Motul’s 300V racing motor oil line is known for its use of ester- based formulas, which offer several advantages over traditional mineral oil or synthetic oil formulations. One
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Motul’s 300V racing motor oil line is known for its use of ester-based formulas, which offer several advantages over traditional mineral oil or synthetic oil formulations.
industry and applied it for use inside a car. The name comes from the 300 victories that Motul-powered teams had achieved up to that point. For the 50th anniversary in 2021, an updated version of the 300V line was released. Motul supported teams like BMW and Pfaff Motorsports in IMSA were crucial in testing different variations of the product to create the latest formula. The new blend has more refinements for increased performance, more protection, and a better additive package for the emissions equipment. The new formula also features organic base stocks using non-fossil renewable materials, limiting the environmental impact and allowing Motul to lower its carbon footprint by 25% during
of the key benefits of ester-based oils is their superior lubricity. Ester molecules are polar, which means they have a positive and negative end. This polarity allows the oil to adhere to metal surfaces more effectively, providing better lubrication and reducing friction. As a result, engines that use ester-based oils can run more smoothly and efficiently, with less wear and tear on their components. Another advantage of ester-based oils is their ability to withstand high temperatures. Ester molecules have added temperature resistance, which means they can resist ignition and combustion at higher temperatures than other types of oils. This makes them ideal for use in high-
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