Usually, I train with some goal and set intermediate goals along the way. For example, in running, one simply increases mileage a little each week. That way, the body is given time to adapt and injuries are less likely. Then at the end of a few months, run that goal event: usually a marathon. Magazine training plans are usually like that.
However, one doesn't necessarily need to be a slave to a pre-planned training regime. While it is true one must continually push a bit in order not to stagnate, one could also let it happen naturally, i.e let your body set the ramp factor.
For example, consider the above graph. I do a short workout twice a week at the gym (Mondays and Thursdays) immediately after work. I try to keep the total workout to a modest 1000-1200 kcal. Any more than that, it's not a short workout because I may not be fresh the next day.
| Monday | Tuesday | Wednesday | Thursday | Friday | Weekend |
| short run #1 | ping pong | ping pong | short run #2 | rest | long |
"The treadmills: the blue zone" |
"The spinning bikes: the red zone" |
As you can see, it reports an (effective) flat line for the pace as expected since I set the treadmill to an easy 7.0 mph and never touch the controls during the workout. (Small variations are probably due to momentary changes in stride as I grab some water or due to limitations of the Nike+ transmitter.) The HR graph is more interesting though:
As you can see, my HR ramps up fast and then settles down, averaging 161 beats per minute (bpm). This is an aerobically sustainable level for me. There is some tilt upwards to the graph (as I slowly dehydrate and retain body heat). I think I end up around the 164 bpm level.
I could have kept it going but I had completed the target 10K (6.2 miles).
In addition, my left ankle was dripping with blood (see left) from chafing. My running was so relaxed muscle-wise, occasionally the right heel would scrape the left ankle. I have to control that right heel movement a bit more in future. But it's good my center of gravity was tightly localized.
If my HR keeps rising, it will eventually move into the anaerobic zone (unsustainable). So we can use a HR limit (e.g. 165 bpm) plus RPE (e.g. "damn, I feel terrible!") to decide when to stop. Otherwise, I'd push myself deep into the red zone - which would be a pyrrhic victory of sorts. In other words, unworthwhile and actually counterproductive since I won't be able to recover fresh for the next day.
A quick word on the spinning bikes. I really like the latest generation.
The spinning bikes are a pleasure to use. These newest ones have a large touch screen. I can follow the very cool (recorded) video of the guy. If he gets out of the saddle, I follow his lead. If he jumps, I jump. I subconsciously follow his pedaling cadence. And at the end, when he stretches, I just follow him. The electronics provide a suggested HR zone. However, since it's a spinning bike, I get to set the resistance knob.
Here is an example of a workout. I rode for 42 minutes and burnt off 530 kcal. I spun at an average cadence of 91 (no mashing). And my average HR is 130 bpm - much lower than on the run, an indicator that it was an easy 530 kcal for me.
Now that I've gotten up to my 10K the comfortable way, what's next? After all, as I mentioned at the beginning, one must continually push a bit in order not to stagnate.
Since I do this workout twice a week, the key then is to bifurcate my efforts.
- For workout one, I can bump the speed up to 7.5 mph or 8.0 mph and start from 20 minutes again (or until my HR goes in the red zone) to build speed.
- And I can simply run for longer for workout two. For example, back in May before I lost my fitness, I tapped out a 1 hour 45 minute run at 7.0 mph (see A half marathon). Alternatively, it's better to do the longer run outside (as soon as it dips below 95-100F in the afternoons in Tucson).



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