what is Power:Drag ratio?
In the same way as power:weight ratio is important for a climber, the power:drag ratio is what matters most for a time-trialist. This is a quotient as well: power divided by CdA. This expresses how good “engine” power output is in relation to the aerodynamic drag of the “bodywork”. Sitting in an extremely low drag position on the bicycle, makes you much faster for the same power output. Riders who have a high power:weight ratio and a high power:drag ratio, are successful on the flat and the climbs too. Good all-rounders like Armstrong or Ullrich are good examples. But specialists can also be good at both disciplines. The 2002 world time trial champion Santiago Botero has also won the climbers polka dot jersey in the Tour de France. Depending on age and fitness level these ratios differ significantly. With 2PEAK you can compare your power output to those of other athletes – and you can filter age and volume to ensure peer-to-peer comparison. So you can get to the starting line well info
In the same way as power:weight ratio is important for a climber, the power:drag ratio is what matters most for a time-trialist. This is a quotient as well: power divided by CdA. This expresses how good “engine” power output is in relation to the aerodynamic drag of the “bodywork”. Sitting in an extremely low drag position on the bicycle, makes you much faster for the same power output. Riders who have a high power:weight ratio and a high power:drag ratio, are successful on the flat and the climbs too. Good all-rounders like Armstrong or Ullrich are good examples. But specialists can also be good at both disciplines. The 2002 world time trial champion Santiago Botero has also won the climbers polka dot jersey in the Tour de France. Depending on age and fitness level these ratios differ significantly. With 2PEAK you can compare your power output to those of other athletes – and you can filter age and volume to ensure peer-to-peer comparison. So you can get to the starting line well info
