Compare aero vs weight steady state scenarios

Bike 1 | Bike 2 | Typical Values | |
---|---|---|---|

Air Density (kg/m^3): | Default is average sea level | ||

Mass (kg): | Mass of rider and bike | ||

Crr: | Default is average roads | ||

Drivetrain Efficiency: | Set to 1 if using hub based power data | ||

CdA: | Range from .19 for small riders in TT position to .4 for large rider road positions | ||

Gradient: | Rise over run, 1% grade = .01 | ||

Distance (km): | | Ironman = 180k Half = 90k | |

Speed (kph): | Change this to solve for power | ||

Power (watts): | Change this to solve for speed | ||

Time (hh:mm:ss): | |||

Time Delta (hh:mm:ss): | | Bike1 - Bike2 |