CC increase for car with 50" overbore?
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CC increase for car with 50" overbore?
gunna overbore my car but not sure by how much.
just wondering what my cc would increase by if it had a 50thou overbore when i get the forged pistons in there.
anyone know? specs here http://www.gt6.com/triumph/gt6_mk2.aspx
just wondering what my cc would increase by if it had a 50thou overbore when i get the forged pistons in there.
anyone know? specs here http://www.gt6.com/triumph/gt6_mk2.aspx
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From: A galaxy far far away.
im over boring it as the **** who claimed to have done it in the recon have probably galzed the bores and im putting in forged pistons once they and everyhing has been balanced.
I can take it up to 2.3ltr.
I can take it up to 2.3ltr.
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When you say overbore by 50 thoug .... do you mean 50 thousandths of a 'mm' or of an inch? The spec. page you gave gives the bore/stroke in mm but when people say '50 thou' they usually mean 50/1000 of an inch.
Anhow, when you've figured that out the formula for capacity is:
(bore/2) x (bore/2) x pi x stroke x number of cylinders.
Or, to put it another way: half-bore-squared x pi x length x num. cylinders
(pi is c. 3.14159 ...)
Enjoy the calcs!
Dave
Anhow, when you've figured that out the formula for capacity is:
(bore/2) x (bore/2) x pi x stroke x number of cylinders.
Or, to put it another way: half-bore-squared x pi x length x num. cylinders
(pi is c. 3.14159 ...)
Enjoy the calcs!
Dave
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Originally Posted by hutton_d
When you say overbore by 50 thoug .... do you mean 50 thousandths of a 'mm' or of an inch? The spec. page you gave gives the bore/stroke in mm but when people say '50 thou' they usually mean 50/1000 of an inch.
Anhow, when you've figured that out the formula for capacity is:
(bore/2) x (bore/2) x pi x stroke x number of cylinders.
Or, to put it another way: half-bore-squared x pi x length x num. cylinders
(pi is c. 3.14159 ...)
Enjoy the calcs!
Dave
Anhow, when you've figured that out the formula for capacity is:
(bore/2) x (bore/2) x pi x stroke x number of cylinders.
Or, to put it another way: half-bore-squared x pi x length x num. cylinders
(pi is c. 3.14159 ...)
Enjoy the calcs!
Dave
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