The Speedmaster Ford SB 260 289 302 Windsor Parker-Style HiRise Aluminum Intake Manifold (MPN: 1-147-059) is a high-rise intake solution engineered for small-block Ford engines. Built from aluminum with a polished finish, this manifold delivers a quality, show-ready appearance while providing the port characteristics favored by Parker-style designs. The HiRise configuration suits engines where maximum vertical stack height is desired for fuel induction optimization and engine bay fitment flexibility.
This manifold is compatible with Ford small-block Windsor engines across the 260, 289, and 302 cubic-inch displacements. The polished aluminum construction offers both durability and aesthetic appeal, making it a popular choice for street rods, restorations, and performance builds where authentic or period-inspired intake styling matters. Whether you're restoring a classic Ford or upgrading an existing small-block platform, this Parker-style HiRise intake delivers proven design and reliable engineering.
Key Features & Benefits
- Parker-Style Design: Engineered with Parker-style port configuration for optimal small-block Ford air and fuel distribution.
- HiRise Configuration: High-rise design maximizes vertical stack height for engine bay compatibility and fuel system options.
- Aluminum Construction: Lightweight aluminum core provides durability and heat dissipation for dependable engine performance.
- Polished Finish: Professional polished aluminum surface delivers a show-quality appearance ready for display or installation.
- Multi-Engine Compatibility: Fits Ford small-block Windsor 260, 289, and 302 cubic-inch engines without modification.
Specifications
| Brand | Speedmaster |
| Model/MPN | 1-147-059 |
| Product Type | Intake Manifold |
| Engine Compatibility | Ford SB 260, 289, 302 Windsor |
| Style | Parker-Style HiRise |
| Material | Aluminum |
| Finish | Polished |
Ideal Applications
- Classic Ford street rod engine builds
- Small-block Windsor engine restorations
- Performance and custom engine swaps
- Show and display engine applications