These numbers seem...high...
Here's the results:
RSR Evo V-Twin Engine Calculations
Your V-Twin has a displacement of 81.78 cubic inches. Your deck height is NaN inches, i.e. center of crankshaft to top of cylinder. Your connecting rod length to stroke ratio is 1.75 to 1. You are running a static compression ratio of 9.5...With a stroke of 4.25 and a peak RPM of 6400 your piston speed is 4533.33 feet per minute. At peak rpm there are 8500.00 G's acting on the piston assembly, which weighs 23.58 Pounds as a result. Your motor is pumping 152.34 cubic feet per minute of air, resulting in 95.21 horsepower. Your inlet mach index number is 0.59 . You are running 0 PSI of boost with an ambient temperature of 68 degrees F. Your RSR Intercooler has an efficiency of 72 %. At this boost level the temperature of the compressed air reaches 68.00 degrees farenheit at the turbo nozzle, and 68.00 degrees farenheit exiting the intercooler. Turbocharged horsepower at a compression ratio of 8.5:1 would be 85.19 and would require 136.30 cfm of air at this boost level. To produce 122.67 horsepower, a larger turbo would be required to produce 196.27 cubic feet of air per minute.
Here's the link to the calculator http://www.rbracing-rsr.com/113orca.htm The calculator is at the bottom of the page.
Just like a 96" dyna makes 92ft lbs of tq from the factory, but you usually never see 80 at the wheel on a stock bike thats what i would think
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