Basic Data
Vehicle Weight = kgf
Vehicle Speed = km/h
Rolling Resistance
Coefficient of rolling resistance, Cr
Calculated Force to Overcome Rolling Resistance = 0.0
kgf
Gradient Climbing
Hill Gradient, 1 in
Angle of Slope = 0.0 Degrees
Calculated Force to Push Vehicle up Slope = 0.0 kgf
Aerodynamic Drag
Drag Coefficient, Cd
Vehicle Frontal Projected Area = 0.000 m^2
Air Density kg/m^3
Calculated Force to Overcome Drag = 0.0 kgf
Vehicle Acceleration
Representative change in speed km/h
With time taken to achieve this speed change
seconds
Calculated Acceleration = 0.00 m/s^2
Calculated Force to Accelerate Vehicle Mass = 0.0 kgf
Additional Applied Force
External Force, 0.0 kgf
Total Vehicle Drive Force is 0.0 kgf,
giving a drive
power of 0 Watts at the vehicle speed of 0.00
m/s.
With a drive efficiency of % the motor/engine output
power required is NaN Watts.
(Remember - use these results intelligently and with caution
- they are only as good as your data and the simplified
method allows. If you have problems with the calculator
please let me know so that I can fix it.)
Print this page if required. Use your browser's "Back" to return to input
sheet to repeat the calculation.
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