Speedmaster®
Ford 5.0L Coyote 2pc Fabricated Low Ram Air 98mm 4 Bolt EFI Intake Manifold Polished
Overview
The Ford Modular Ram Air Intake Manifold was designed for high-performance applications where induction system height is not limited. Couple this Hi-Ram intake with the high flowing Ford Coyote style cylinder heads has outstanding potential for naturally aspirated and forced induction applications. The runner length and the tapered cross-section were designed to perform well for a wide range of engine configurations.
Specs
| Brand: | Speedmaster |
| Part Number: | 1-148-055 |
| Part Type: | Intake Manifolds, Fuel Injected |
| Engine Block Style: | Ford 5.0L Coyote |
| Injection Style: | Multi-port |
| Basic Operating RPM Range: | Idle-7,000 |
| Intake Section Included: | Complete |
| Intake Front Height (in.): | 8.00 in. |
| Intake Rear Height (in.): | 6.00 in. |
| EGR: | No |
| Injectors Included: | No |
| Fuel Rails Included: | Yes |
| Aftermarket Fuel Rail Required: | N/A |
| Throttle Body Included: | No |
| Throttle Body Bore Diameter: | 98mm |
| Supplemental Bosses Cast-In: | No |
| Supplemental Bosses Machined: | Yes |
| Runners Included: | Yes |
| Runners Removable: | No |
| Base Material: | Aluminum |
| Base Finish: | Polished |
| Quantity: | Sold Individually |
| Notes: |
Brand Information
In 1979, the company was founded with Pete's Performance, which was a small speed workshop. It began by building engines for customers as a hobby, and it has now grown to include selling, assembling, manufacturing and racing high performance engine parts. Over the years, the company has grown into a worldwide high performance powerhouse. Growing from a one-man bricks-and-mortar business; to now a supply chain in which entails more than 400+ people all across the world. Today, Pete's Performance has evolved into the internationally known Speedmaster: which has distribution centres and offices is Sydney, Los Angeles and Shanghai.
Prop 65 Warning
This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.