5 seconds. 1400 watts
1 minute. 615 watts
5 minutes. 410 watts
OBLA. 320 watts
These values are divided by my body mass (80 kg), giving a power to weight value in watts per kilo (w/kg) which are then plotted on the power profile shown below.
Click on the image for larger view
As you can see, I'm not in good shape. To maintain a good all round cycling ability I need to raise my anaerobic power (1 minute mean maximal power) as this is clearly lacking behind the other energy systems and is a key component in road racing and mountain bike racing.
As this table is relative to my body mass one of the key areas I need to improve is my body composition, dropping some unwanted body fat will push all the power profile values up, improving my speed on climbs, my ability to accelerate and reduce my frontal area for flat terrain speed.
Click on image for lager view
The body composition values are taken three times from each skinfold site then the average is noted. The values don't look that bad on paper, but I am 6 feet 4 inches tall and 12mm of fat spread over quite a sizable abdomen adds a fair amount of dead weight and the same goes for the rest of my body. I know I am overweight by about 3-4 kg and am very healthy at this weight, but the speed increase on climbs is very noticeable at 76 kg, so that has to be my target.
That's some of the initial and very basic testing done, there is much more that I need to test, such as my efficiency, core strength and flexibility, but that can be done later. Field testing using the SRM power meter during longer training rides can be very valid and there is nothing stopping me conducting a full blood lactate profile after each training phase. The next phase is to evaluate the demands of the Round the Mountain race against the strength of each of my energy systems and set some goals, but that's a job for tomorrow.
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