Skunk2 Pro Series Mazda Miata NB 1.8L (B6ZE(RS)/BP-ZE) 64mm Billet Throttle Body

Skunk2 Pro Series Mazda Miata NB 1.8L (B6ZE(RS)/BP-ZE) 64mm Billet Throttle BodySkunk2 is proud to introduce its 64mm Pro Series Throttle Body for the '99 '05 Mazda Miata in its exclusive, hard anodized finish. Skunk2's 64mm Pro Series Throttle Body is designed to be used with the OEM intake manifold for bolt on horsepower and torque gains by maximizing engine airflow. Skunk2 throttle bodies undergo an extensive design and testing process to produce a throttle body that doesnt just provide more flow but retains smooth drivability

Skunk2 is proud to introduce its 64mm Pro Series Throttle Body for the '99-'05 Mazda Miata in its exclusive, hard anodized finish. Skunk2's 64mm Pro Series Throttle Body is designed to be used with the OEM intake manifold for bolt-on horsepower and torque gains by maximizing engine airflow. Skunk2 throttle bodies undergo an extensive design and testing process to produce a throttle body that doesnt just provide more flow but retains smooth drivability and OEM throttle characteristics. Each Pro Series Throttle Body is designed using the latest CAE (Computer Aided Engineering) tools, which results in a unit that exceeds industry standards. Pro Series Throttle Bodies are also CNC machined from forged, billet 6061-T6 aluminum and hard anodized for durability in Skunk2's signature finish. Pro Series Throttle Bodies are also compatible with OEM throttle cables, which simplifies installation. Each Skunk2 Pro Series Throttle body also features sealed bearings for smooth operation and ultra-strong, upgraded shafts for ultimate durability. All necessary hardware and a new throttle body gasket are included for trouble-free installation. A larger throttle body is key to producing additional power throughout the powerband on modified engines with increased airflow demands. Skunk2's Pro Series Throttle Bodies for Miatas feature a large, 64mm bore, which results in significant horsepower gains throughout the powerband on heavily modified, naturally aspirated applications and even more on forced induction ones.