Stay in line with emission regulations and do your part in saving nature, all without sacrificing precious performance in your ride! The G-Sport Emissions Systems GEN2 Catalytic Cores are designed to provide your vehicle with a safe and compliant emission performance. These aftermarket catalytic cores are made from premium grade 304 stainless steel foil that is rolled into triangle-based cells that are made into exact dimensions to balance exhaust flow and improve emission conversion.

Moreover, the G-Sport Emissions Systems GEN2 Catalytic Cores are designed to induce redox reactions to three main exhaust gases: hydrocarbons, nitrous oxides, and carbon monoxide, greatly turning the potential dangers of these byproducts into less harmless amounts as it exits the exhaust system. Added durability is also guaranteed by the nickel strips that line each layer of foil and the furnace brazing process, increasing structural integrity and making the converter cores suitable for high horsepower, high-temperature applications. Your vehicle is sure to be on the greener side of things while still pulling like a beast with the G-Sport Emissions Systems GEN2 Catalytic Core installed.

Founded by record-setting Pro Mod NHRA driver Eric Latino in tandem with Global Emissions Systems Inc. since 2001, G-Sport Emissions Systems has been active in supplying consumers in the performance aftermarket with effective emission control solutions, especially for high horsepower applications. The company saw the massive lack in the market for high-performance catalytic converters as the existing catalog of cheap ceramic converters couldn't quite keep up to the demands of the aforementioned applications. With that, G-Sport Emission Systems have made innovation a mantra to develop high-performance catalytic converters to fill the needs of those dealing with emission control part failures.

Nowadays, G-Sport Emission Systems is partnered with high-performance manufacturers of European, domestic, and import aftermarket downpipes and exhaust parts that are in line with current emission standards and regulations without sacrificing performance in the process.