DSS 6.0/LS2/6.2/LS3/L98/LQ9/LS7/LSA/LSX Stroker Chevy LS SX Series -10cc Dish Top Forged Piston Set 4.030
DSS RACING
DSS 6.0/LS2/6.2/LS3/L98/LQ9/LS7/LSA/LSX Stroker Chevy LS SX Series -10cc Dish Top Forged Piston Set 4.030"
Engine Brand: Chevy
Engine Family: Chevy LS
Engine Size: 6.0 - LS2 - 6.2 - LS3 - L98 - LQ9 - LS7 - LSA - LSX Stroker
With/Without Rings: Without Rings
Piston Specifications
- Cylinder Bore Size: 4.030 in (102.281 mm)
- Ring Width: 1.5/1.5/3MM
- Compression Height: 1.165"
- Pin Diameter: 0.927"
- Connecting Rod Length: 6.125"
- Crankshaft Stroke: 3.900"
- Piston Series: SX 4032 Alloy
- Alloy: 4032 Alloy
- Cylinder Head: LS1, LS2, LS3, and LS7
- TDC Assembly Height: 9.240"
Piston Top Approximate Compression Ratios
- -10cc Dish Top: LS1, LS2, LS3, and LS7
- 64 Chamber: 10.89 to 1
- 66 Chamber: 10.66 to 1
- 72 Chamber: 10.03 to 1
Performance & Compatibility
These pistons are designed to provide optimal performance in Chevy LS engines, from the LS2 to LSX series, with a -10cc dish top that ensures impressive compression ratios for better power and efficiency.
DSS 6.0/LS2/6.2/LS3/L98/LQ9/LS7/LSA/LSX Stroker Chevy LS SX Series -10cc Dish Top Forged Piston Set 4.030"
Engine Brand: Chevy
Engine Family: Chevy LS
Engine Size: 6.0 - LS2 - 6.2 - LS3 - L98 - LQ9 - LS7 - LSA - LSX Stroker
With/Without Rings: Without Rings
Piston Specifications
- Cylinder Bore Size: 4.030 in (102.281 mm)
- Ring Width: 1.5/1.5/3MM
- Compression Height: 1.165"
- Pin Diameter: 0.927"
- Connecting Rod Length: 6.125"
- Crankshaft Stroke: 3.900"
- Piston Series: SX 4032 Alloy
- Alloy: 4032 Alloy
- Cylinder Head: LS1, LS2, LS3, and LS7
- TDC Assembly Height: 9.240"
Piston Top Approximate Compression Ratios
- -10cc Dish Top: LS1, LS2, LS3, and LS7
- 64 Chamber: 10.89 to 1
- 66 Chamber: 10.66 to 1
- 72 Chamber: 10.03 to 1
Performance & Compatibility
These pistons are designed to provide optimal performance in Chevy LS engines, from the LS2 to LSX series, with a -10cc dish top that ensures impressive compression ratios for better power and efficiency.