Description
Elevate your 2020+ Corvette C8’s performance with the CORSA 16234 High-Flow Catalytic Converters. Designed to enhance exhaust flow, these 400-cell converters support up to 850 horsepower per unit, making them ideal for high-performance builds. Crafted from 304 stainless steel, they offer durability and resistance to corrosion. These converters are EPA Compliant and 49-state legal, ensuring you can upgrade your vehicle without compromising emissions standards. Whether you’re aiming for improved throttle response, increased horsepower, or a more aggressive exhaust note, the CORSA 16234 High-Flow Cats are engineered to meet the demands of modern muscle applications.
Fitment Notes
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Compatible Models: 2020+ Chevrolet Corvette C8 & E-Ray
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Emissions Compliance: EPA Compliant and 49-state legal
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Installation: Direct replacement for stock catalytic converters; designed to fit CORSA Performance or OEM exhaust systems
Included
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Left and Right 400-cell high-flow catalytic converters
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Gaskets and mounting hardware
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Installation instructions
Product Specs
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Material: 304 stainless steel
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Pipe Diameter: 2.25″ inlet, 3″ outlet
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Weight: Approximately 4 lbs lighter than stock converters
Product Features
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Enhanced Exhaust Flow: The 400-cell design reduces backpressure, allowing for improved exhaust flow and performance.
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High Horsepower Support: Each converter is rated to support up to 850 horsepower, catering to high-performance builds.
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Durable Construction: Made from 304 stainless steel, these converters offer resistance to corrosion and long-lasting durability.
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Straightforward Installation: Designed as a direct replacement for stock catalytic converters, ensuring a straightforward installation process.
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Emissions Legal: EPA Compliant and 49-state legal, allowing you to upgrade your vehicle without compromising emissions standards.
- Recommended Heat Blanket Pairing: We recommend pairing these high-flow cats with CORSA’s heat blankets to help maintain optimal exhaust gas temperatures, improving performance and protecting nearby components from excessive heat.
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