I have somewhere around 364 Watts. Or 5.96 Watts/Kg
Of course several assumptions were made. The biggest being the head wind. Even if I put a 15 kph head wind those were the numbers that I got.
Other assumptions being:
Distance: 20 m
Altitude length: 1892 m - 685 m
Weight: 61 Kg + 1 kg +Bike Weight
Mechanical efficiency: 3%
Attacked at 33:54 from the 20 km mark
Finish on 50:20 aprox (33% on his own)
Power numbers calculated on a constant average gradient.
Density: on average: 1.0365 kg/m3
Time drafting: 67%
Gravity factor: 74% of total power.
I'd appreciate if other members shared their numbers especially the wind speed.
Obviously if we calculate the power numbers on only 7 km when he attacked we would have a different story but at least we have the numbers for almost a full hour which is very significative for comparison purposes.
I distribute power on time sections when riding alone and drafting so it would be very hard to obtain similar numbers when using different programs out there.
Of course several assumptions were made. The biggest being the head wind. Even if I put a 15 kph head wind those were the numbers that I got.
Other assumptions being:
Distance: 20 m
Altitude length: 1892 m - 685 m
Weight: 61 Kg + 1 kg +Bike Weight
Mechanical efficiency: 3%
Attacked at 33:54 from the 20 km mark
Finish on 50:20 aprox (33% on his own)
Power numbers calculated on a constant average gradient.
Density: on average: 1.0365 kg/m3
Time drafting: 67%
Gravity factor: 74% of total power.
I'd appreciate if other members shared their numbers especially the wind speed.
Obviously if we calculate the power numbers on only 7 km when he attacked we would have a different story but at least we have the numbers for almost a full hour which is very significative for comparison purposes.
I distribute power on time sections when riding alone and drafting so it would be very hard to obtain similar numbers when using different programs out there.