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2012 Tour de France - Stage 19: Bonneval - Chartres (ITT) 53.5km

Bernhard Eisel

81

TSS

335 W

Average Power

45.1

Average Speed (km/h)

1420

Kilojoules

  • The 81 TSS score indicates that this was a sub-maximal effort for Eisel today. Eisel is a great and valuable domestique for the team and therefore conserves as much as possible on time trial stages to be able to do more work on the road stages. Today, his 60-minute Peak Power was 337 W and 343 NP in comparison to his 60-minute Peak Power for the entire Tour, in which he averaged 380 W with a NP value of 390 (Stage 11). We can infer from his TSS and his Peak 60-Min during the Tour that Eisel was riding at approximately 80-85% of full effort today.
  • The warm-up: 12 minutes easy, then a 14 minute steady ramp up from about 200 to 500 watts, 2 minutes easy, followed by 3 - 5-second fast cadence/high power bursts, and finishing up with a minute of easy spinning.
2012 Tour de France - Stage 19

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Chris Anker Sørensen

117

TSS

357 W

Average Power

45.3

Average Speed (km/h)

5.6

w/kg

  • We compare the two ITTs of the Tour for Sørensen. Stage 9: 41.5 km, 330W, 342 NP, 44.4 kph, 56th place vs Stage 19: 53.5 km, 357 W, 45.3 kph, 78th place.
  • Consistency is the key to TT success, and Sørensen's 1.01 VI indicates very smooth and consistent effort. VI, or Variability Index, is calculated as normalized power divided by average power, and essentially measures how "smooth" a rider's power output was. You can also see this by looking at the pink (power) and yellow (cadence) lines on the graph. Note how Sørensen keeps his power output and cadence consistently high throughout the entire TT, despite changes in elevation - we've clearly got a very experienced TT rider here.
2012 Tour de France - Stage 19

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Glossary

TSS

TrainingPeaks' Training Stress Score (TSS) system allows any endurance athlete the ability to quantify their workouts based on their relative intensity, duration and frequency of workouts.

Normalized Power

Normalized power provides a better measure of the true physiological demands of a given training session - in essence, it is an estimate of the power that you could have maintained for the same physiological "cost" if your power output had been perfectly constant (e.g., as on a stationary cycle ergometer), rather than variable.

Intensity Factor

Intensity Factor provides a valid and convenient way of comparing the relative intensity of a training session or race either within or between riders, taking into account changes or differences in threshold power.

w/kg

Watts per kilogram is the standard measurement of a rider's "power to weight ratio" and represents a rider's average power output over a period of time, divided by the rider's body weight. w/kg equalizes power output between riders of various sizes and, all else being equal, increasing power (watts) or decreasing weight (kg) will make a rider faster.

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Stage Results

1 Bradley Wiggins
Team Sky
1:04:13
2 Christopher Froome
Team Sky
0:01:16
3 Luis Leon Sanchez Gil
Rabobank Cycling Team
0:01:50
68 Bernhard Eisel
Team Sky
0:06:19
78 Chris Anker Sørensen
Team Saxo Bank-Tinkoff Bank
0:06:41

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