The Speedmaster Ford SB 260 289 302 Windsor Parker-Style Hi-Rise Aluminum Intake Manifold is a purpose-built performance intake designed for small-block Ford Windsor engines. This hi-rise aluminum manifold delivers improved air velocity and flow characteristics compared to standard units, supporting better engine breathing and combustion efficiency across the RPM range.
Constructed from durable aluminum with a professional black finish, this Parker-style manifold is engineered for direct bolt-on installation on 260, 289, and 302 cubic-inch Windsor blocks. The hi-rise design increases plenum volume, promoting more consistent fuel distribution and charge cooling to all cylinders. Ideal for street performance, restoration, and competition builds where reliable power gains and improved throttle response are priorities.
Key Features & Benefits
- Hi-Rise Design: Increased plenum volume for improved air velocity, charge cooling, and more consistent fuel distribution across all cylinders.
- Aluminum Construction: Lightweight and durable aluminum construction dissipates heat effectively while reducing engine bay weight.
- Parker-Style Configuration: Classic Parker-style port design optimized for Ford Windsor small-block engines.
- Black Finish: Professional black powder coat or painted finish resists corrosion and complements engine bay appearance.
- Direct Bolt-On Fit: Engineered for 260, 289, and 302 cubic-inch Ford Windsor small-block engines without modification.
Specifications
| Brand | Speedmaster |
| Model/MPN | 1-147-060 |
| Product Type | Intake Manifold |
| Engine Compatibility | Ford SB 260, 289, 302 Windsor |
| Design Style | Parker-Style Hi-Rise |
| Material | Aluminum |
| Finish | Black |
Ideal Applications
- Street performance builds requiring improved engine breathing and throttle response
- Engine restorations on Ford 260, 289, and 302 cubic-inch Windsor blocks
- Competition and racing applications where consistent fuel distribution is critical
- Custom hot rod and muscle car builds prioritizing reliability and power gains