Engine Displacement Calculator
type_Document_Title_here This Helps you figure out your Displacement, and/or Compression ratio. If you would like to know what CC's or what Deck Height will get you a particular Compression Ratio, it will solve that for you as well. Engine Item MM Inches Measurement Engine Bore Engine Stroke Deck Height * Combustion Chamber CC's Your Compression Ratio is Number of cylinders 1 2 3 4 5 6 8 10 12 Your Displacement is : Solve for which variable ? * NOTE: The Deck Height measurement is from the top of the block or cylinder down to the top of the piston, if the piston sticks up above the top of the block or cylinder, the deck height will be negative ( -.010") Remember to figure in the thickness of your headgasket (if you have one) into your deck height. (if your deck is -.020, and your head gasket is .100" thick then your deck would be .100 + (-.020) = .080 ..... get it?) If your deck is -.100 and your head gasket is .050" thick, I think you may have a problem. .050 + (-.100) = -.050
This Helps you figure out your Displacement, and/or Compression ratio. If you would like to know what CC's or what Deck Height will get you a particular Compression Ratio, it will solve that for you as well.
* NOTE: The Deck Height measurement is from the top of the block or cylinder down to the top of the piston, if the piston sticks up above the top of the block or cylinder, the deck height will be negative ( -.010") Remember to figure in the thickness of your headgasket (if you have one) into your deck height. (if your deck is -.020, and your head gasket is .100" thick then your deck would be .100 + (-.020) = .080 ..... get it?) If your deck is -.100 and your head gasket is .050" thick, I think you may have a problem. .050 + (-.100) = -.050
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