$595.00 USD
$595.00 USD
Input your vehicle's fuel data to calculate the maximum achievable ethanol percentage with a full tank.
Max Ethanol Percentage With Filled Tank: -%
Calculate the amount of ethanol required to reach your target ethanol percentage and check if the mix fits in your fuel tank.
Gallons/Liters to Target: -
Will Target Mix Fit in Tank? -
Airflow (lb/min): -
Absolute Manifold Pressure (psi): -
Target Boost Pressure (psi): -
Pressure Ratio: -
Enter your vehicle's details to calculate injector flow for target crank horsepower.
Fuel Type | Non-ethanol gasoline (E0)- 14.7:1 | Pump gasoline (E10)- 14.1:1 AFR | E30- 12.99:1 AFR | E40- 12.42:1 AFR | E60- 11.28:1 AFR | E85- 9.8:1 AFR | E90- 9.5:1 AFR | E98- 9.0:1 AFR | Methanol- 6.4:1 AFR |
---|---|---|---|---|---|---|---|---|---|
Fuel flow needed per injector (lbs/hr) | |||||||||
Fuel flow needed per injector (cc/min) |
This calculation is for TOTAL fuel flow to make target power. IF using a combination of direct and port injection, please subtract DI power to pick the appropriate PI injectors and fuel pump. Enter the required parameters to calculate fuel flow.
Fuel Flow per Injector: - cc/min
Fuel Flow (Vacuum Referenced/Return Style): - LPH @ - psi
Fuel Flow (Non Vacuum Referenced/Returnless): - LPH @ - psi
Horsepower (HP): -
Torque (lb/ft): -
Torque (Nm): -
Power (kW): -
Elapsed Time (ET): -
Speed (MPH): -
Horsepower (HP): -
Horsepower (HP): -
Accel is: -
G-Force: -
Your 0 to 60 time is: -
Estimated 60 Foot Time: - seconds
Distance: - ft / - in
Engine is - CID or - liters
Stroke (inches): -
Bore (inches): -
New ET: -
At KPH: - | MPH: -
Your New 1/4 Mile ET is: -
Your New 1/4 Mile MPH is: -
This is just an approximation. Uses Cd (coefficient of Drag) and Square Foot Area of your vehicle to calc how much HP would be needed to run a certain speed. This is just the HP necessary to sustain that speed, not what your engine total HP is. I.E. It takes almost 197 HP to be able to run to 150 MPH. So, if your car only makes 180 HP, you won't be able to get to 150 MPH.
The aerodynamic "features" of a vehicle in motion are reflected in its drag coefficient values. Low coefficients indicate low air resistance. The following chart lists some ranges for various vehicles:
Vehicle Drag Coefficient Description Low Medium High ---------------------------------------- Experimental 0.17 0.21 0.23 Sports 0.27 0.31 0.38 Performance 0.32 0.34 0.38 60's Muscle 0.38 0.44 0.50 Sedan 0.34 0.39 0.50 Motorcycle 0.50 0.90 1.00 Truck 0.60 0.90 1.00 Tractor-Trailer 0.60 0.77 1.20
Frontal area represents the front projection area of the vehicle. Use the following to calculate:
1. Calculate the area of a rectangle which would encompass the front of the vehicle (multiply width by the height). For motorcycles, use the handlebar width and an estimated "seat to helmet" height.
2. Adjust the figure obtained above for areas not included, such as top rounded corners, etc. Typical adjusting values are 85% for cars, 70% for motorcycles, and 100% for trucks.
Using your vehicle speed takes - HP to overcome air drag.
Rolling Resistance HP is -
For a total of - HP to run - MPH
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$595.00 USD
$595.00 USD