The Speedmaster PCE274.1060 H Beam connecting rods are precision-engineered components built to handle high-performance engine applications. Constructed from 4340 steel with bronze bushings, these rods feature H-beam geometry (5.850" length, 2.000" width, .867" thickness) and are specifically fitted for Ford 4.6L engine blocks. H-beam design delivers superior strength-to-weight ratio and increased load capacity compared to standard I-beam rods, making them ideal for modified and racing engines that demand reliability under elevated RPM and boost conditions.
These connecting rods are a direct fit for Ford 4.6L applications and serve as a bolt-in upgrade for enthusiasts building high-output engines. The bronze bushing design provides consistent journal contact and reduced wear during sustained operation. Whether you're upgrading a street performance build or a dedicated race engine, these rods offer the durability and precision needed for serious horsepower applications. Proper installation and torque specification are essential to ensure optimal performance and longevity.
Key Features & Benefits
- H-Beam Geometry: Superior strength-to-weight ratio with increased load capacity for high-RPM and boost applications.
- 4340 Steel Material: High-strength alloy steel construction designed for demanding engine conditions.
- Bronze Bushings: Precision bushing design ensures consistent journal fit and reduced wear.
- Ford 4.6L Fitment: Direct fit for Ford 4.6L engines; model PCE274.1060.
- High-Performance Upgrade: Ideal replacement for stock rods in modified, turbo, or racing engine builds.
Specifications
| Brand | Speedmaster |
| Model/MPN | PCE274.1060 |
| Material | 4340 steel with bronze bushings |
| Length | 5.850" |
| Width | 2.000" |
| Thickness | .867" |
| Beam Type | H-beam |
| Fitment | Ford 4.6L |
Ideal Applications
- High-performance street engine builds for Ford 4.6L platforms
- Racing and competition engines requiring increased load capacity
- Turbocharged or supercharged engine upgrades
- Modified engine applications with elevated RPM requirements