![Speedmaster® PCE305.1302 Ford 302 351C - 383 393 408 4.030" 1.100" 0.927" Flat Top Hyper Pistons [Coated]](https://product-arena.s3.us-west-1.amazonaws.com/ProcompElectronics/PCE305%20-%20Pistons/PCE305.1302/PCE305.1302.jpg)
![Speedmaster® PCE305.1302 Ford 302 351C - 383 393 408 4.030" 1.100" 0.927" Flat Top Hyper Pistons [Coated]](https://product-arena.s3.us-west-1.amazonaws.com/ProcompElectronics/PCE305%20-%20Pistons/PCE305.1302/PCE305.1302_A.jpg)
![Speedmaster® PCE305.1302 Ford 302 351C - 383 393 408 4.030" 1.100" 0.927" Flat Top Hyper Pistons [Coated]](https://product-arena.s3.us-west-1.amazonaws.com/ProcompElectronics/PCE305%20-%20Pistons/PCE305.1302/PCE305.1302_B.jpg)
![Speedmaster® PCE305.1302 Ford 302 351C - 383 393 408 4.030" 1.100" 0.927" Flat Top Hyper Pistons [Coated]](https://product-arena.s3.us-west-1.amazonaws.com/ProcompElectronics/PCE305%20-%20Pistons/PCE305.1302/PCE305.1302_C.jpg)
Speedmaster®
Ford 302 351C - 383 393 408 4.030" 1.100" 0.927" Flat Top Hyper Pistons [Coated]
Specs
| Brand: | Speedmaster |
| Part Number: | PCE305.1302 |
| Part Type: | Pistons |
| Bore (in): | 4.030 in. |
| Piston Style: | Flat top, with one valve reliefs |
| Piston Material: | 2060 Hypereutectic aluminum |
| Compression Distance (in): | 1.100 in. |
| Piston Head Volume (cc): | -4.00cc |
| Wrist Pin Style: | Full Floating |
| Pin Diameter (in): | 0.927 in. |
| Piston Ring Thickness: | 1.5mm x 1.5mm x 3mm |
| Quantity: | Sold as a set of 8. |
| Calculator | Compression Calculator |
Description
Hypereutectic pistons with anti-friction skirt coating are manufactured from a aluminum alloy which contains 16 percent silicon for greater strength and wear resistance. By combining the hypereutectic alloy with the permanent mold process, the piston is strong, lightweight, and thermally-efficient. These pistons run tighter piston-to-wall clearances, improving ring seal and longevity. They are ideal for street, bracket racers and oval track.
Prop 65 Warning
This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.