Brodix BROBM2021 BBC Intake Manifold - 10.200 DH w/SR20 Heads

The Brodix BROBM2021 BBC Intake Manifold is a top-tier performance component designed for serious racers and engine builders who demand the best for their big block Chevrolet engines. Engineered to provide maximum airflow and fuel distribution, this intake manifold is specifically tailored for engines equipped with SR20 cylinder heads. Whether you're building a track-dominating race car or a high-performance street machine, the BROBM2021 delivers the power and efficiency you need to stay ahead of the competition.

Constructed from high-quality materials, the Brodix BROBM2021 is built to withstand the rigors of high-performance applications. Its lightweight yet durable design ensures optimal performance without compromising on strength. The manifold's precision-engineered runners and plenum are designed to maximize airflow, enhancing engine efficiency and power output across the RPM range. With its sleek, race-inspired design, the BROBM2021 not only performs exceptionally but also looks great under the hood.

The Brodix BROBM2021 BBC Intake Manifold is designed to fit big block Chevrolet engines with a 10.200-inch deck height and SR20 cylinder heads. This manifold is ideal for racers and builders looking to optimize their engine's performance with a component that is perfectly matched to their specific setup.

Fitment Details:

• Engine Type: Big Block Chevrolet (BBC)
• Deck Height: 10.200 inches
• Compatible Heads: SR20 Cylinder Heads
• Application: Racing and High-Performance Street Engines
• Material: High-Quality Aluminum
• Designed for Maximum Airflow and Fuel Distribution

For those seeking to push the limits of their big block Chevrolet engine, the Brodix BROBM2021 BBC Intake Manifold is an essential upgrade. Its superior design and construction ensure that your engine performs at its peak, delivering the power and reliability you need on the track or the street. Equip your vehicle with the BROBM2021 and experience the difference in performance and efficiency.