3 Reasons Why Your Attacks Are Unsuccessful

Attack from Kim Kirchen in a local criterium. Nicki Sorensen struggling to close the gap.Ever thought about why your attacks are unsuccessful? There are 3 main reasons why your attempts to win the race don’t work out as you wish:

1) Insufficient VO2max/Threshold.

When you ride with the fastest riders it might be difficult enough for you to just stay with the group. If that is the case there will not be any opportunity for you to make serious attacks from the distance before you increase your VO2max and threshold. When you get a larger aerobic engine you will realize whether it was the insufficient VO2max/threshold that was the problem or that the problem was insufficient anaerobic power. VO2max also plays a major role in the minutes where the attacks go on and is single quality that might be the difference to make a successful break.

2) Insufficient anaerobic power/sprint
When you ride with the fastest riders it might be difficult enough for you to just stay with the group. If that is the case there will not be any opportunity for you to make serious attacks from the distance before you increase your VO2max and threshold. When you get a larger aerobic engine you will realize whether it was the insufficient VO2max/threshold that was the problem or that the problem was insufficient anaerobic power. VO2max also plays a major role in the minutes where the attacks go on and is single quality that might be the difference to make a successful break.. If you feel comfortable during the race, just waiting for the moment to attack, then unsuccessful attacks might be caused by insufficient anaerobic power/sprint. What happens is that the whole bunch reacts when you start to jump and catch you quickly because there is not enough punch in your jump. Also the other riders may be extraordinary aware of your attacks since you have showed that it’s not a problem for you to stay in the group.

3) Tactical mistakes
Separating yourself from a group is difficult, because you are competing with riders at your own level and they dream of winning the race. Thus, they are not going to just let you make a solo ride without hunting you to the finish line. If you are not significantly stronger than your opponents (that is actually quite normal) then you will have to use your mind to make a clever move. Instead of making power-attacks then try making a slow attack that the other riders won’t pay attention. What the other riders might think is “he looks tired and if that is the best he can come up with he will be back in a few minutes. I don’t have to pull him back, he will come by himself. I’ll save my energy for serious attacks…” And that is exactly the point: You get a gap for free and the bunch doesn’t react (in time) because you didn’t frighten them with a scary power attack. An extra benefit is that you don’t have to make an anaerobic burst to make the gap what gives you a better chance to find a decent pacing strategy.

Heart Rate Monitor Guide

A heart rate monitor is one of the most used tools for pacing strategy during intervals or competitions, analyzing of performance and detection of overtraining. Polar heart rate monitor watches make very precise measurement of the current pulse. This information can be very useful for an experienced user who understands the exercise physiology behind heart rate regulation.

Getting started
One of the best ways to learn to use a heart rate monitor is to use one during training. Don’t buy one of the top models from Polar (cs600, s725 etc.) - these watches are not made for beginners. Instead try one of the basic Polar monitors for a beginning. These watches are cheaper and easier to deal with. There are also several other manufacturers of monitors and some of them are probably cheaper. My point is that for a beginner who has never tried heart rate monitors before, it might be a clever idea to buy one of the cheaper models for a beginning and then buy a more advanced heart rate monitor when you know which kind of data you are interested in. A Polar cs600 is a great tool for experienced riders, but is very likely to be overkill for a beginner.

Notify how your heart rate reacts
When you have bought a heart rate monitor: Get out on the roads! Spend a month with your regular training program, just wearing the monitor, but notifying how the heart rate reacts to the efforts. It is very interesting to study the heart rate and very quickly you will discover that you start to use the monitor for pacing. At this point you are already getting paid back for your investment, since you train harder and are more motivated during the ride.

Watch your own heart rate monitor - not your training partner’s…
The fact is that you can only compare heart rate values with your own previous registrations. The reason for this is that we all have a different anatomy of our cardiovascular system. But these systems are all based on the same physiological mechanisms. Thus, we can learn from each others’ physiological experiences and adaptations, but we can’t compare individual heart rate values. E.g. your resting heart rate is 58bpm while your friend’s heart rate is 42bpm, still I can’t say which one of you are in the best shape nor have the highest VO2 max.

Your maximum heart rate is correlated to your age, but that does not mean that we all fit in to 220-age formula. There is a huge standard deviation because we all are anatomically different. Just like with the resting heart rates, maximum heart rates does not predict performance.

Be patient
It is not necessary to use a special heart rate focused training program when you start to use it. As I said, just wearing the monitor for the first month is a very good education. I remember when I started to use a heart rate monitor for the first time back in the mid 90’s. At that time I had read some literature about general exercise physiology and heart monitors, but I lacked practical experience with the monitor. The result was that I made some target intervals for my heart rate which triggered the alarm system to beep most of the time. After a few of these rides I started to ride without target zones until I knew more about how my heart rate reacted during cycling. The lesson I learned was that you have to be patient and wait a while before you start doing intervals based on heart rate target zones.

Lessons Learned From Marathon Runners

Marathon is a classic distance of 42,195km and is the ultimate challenge for a runner. I have run Hamburg Marathon a couple of years ago and I learned some lessons from the experienced marathon runners that I think many cyclists can take advantage of:

1 - Focus on a main goal
Marathon runners are very selective when they plan their season. They choose two or three main goals during the year and use all their effort to make a top performance on race day. I know that cyclists do a lot more races than runners do, but it is recommendable to select specific races to peak in. One of the big differences between Lance Armstrong and other riders is that he used to focus on the Tour de France as his main goal, where his opponents had several other goals during the season (World cup, Pro Tour, World Championships). With only a few main goals it is possible to reach a higher level of performance in these hand picked races.

2 - Make a training plan with a specific goal
Marathon runners have a training plan focusing on peak their form at the main event of the season. I believe it is easier to stick to a training plan when there is a goal to achieve. That is exactly what marathon runners have: The last day in their training calendar is the marathon itself.

How much time does extra weight cost on Alpe d’Huez?

Ever wondered how much difference it would make if you made your bike lighter? I guess most serious riders once in while have concerns about their bikes whether they are light enough. As previously described the bike weight has impact on performance – especially during climbing. Thus, I thought it was interesting to find out [...]

20+1 ways to increase training intensity

Here is a list of 20 ways to increase your training intensity. Some tips are serious and others are included just for fun. There might be other ways to increase to intensity and if you feel that one of your favourite tips is not on the list and would like to inform us about it, please leave a comment. There is an ultra short description following each tip, but if you want to understand the full reasons behind you have to spend some more time here on Training4cyclists.com.

These tips can be useful when you train on your own, but they can also be useful when you train with a group where you are (a lot) stronger than the other riders. Intensity is an important parameter for you overall training load which makes these tips worth to consider.

1. Intervals
This is the best known and commonly used way to intensify training. There are many kinds of intervals such as sprint intervals, anaerobic endurance intervals, maximum oxygen consumption intervals (VO2 max intervals) and aerobic endurance intervals.
2. Racing
Races are an easy way to get several intervals with a very high and race specific intervals. It is very motivation to compete in races and is also a very common way to prepare for races among professionals.
3. Use an old bike
Your old bike is harder to ride and requires more watts to maintain the same speed. When you return to your favourite bike, you will experience that you feel light and your legs are doing extremely well.
4. Use heavy wheels
Additional weight also requires more watts, especially in a hilly terrain. Wheels are the most sensitive place for additional weight.
5. Low pressure in tyres
Low pressure makes your bike slower and makes you work harder to keep up with the pack.
6. Train on your own
You can´t hide yourself behind the wind breakers.
7. Be in front of group rides
It is harder to stay in front because of the winds. Don´t sit behind your friends just because it is more comfortable.
8. Wear loose clothes
Poor aerodynamics makes the trip harder for you.
9. Sit in upright position
Body position is the most important factor considering aerodynamics. Sit in a confortable position and try to brake the wind with your chest.
10. Climb mountains
Well, this is an obvious way to increase intensity. If you only got small hills then do them over and over again.
11. Train with stronger riders
Just like in races you are forced to work harder to stay in the group.
12. Train on windy days
Windy days are harder days, simple as that.
13. Train behind a scooter
The feeling of going fast motivates you to ride with a high intensity.
14. Even better: Train in front of scooter
Well, you can at least try to jump for a few hundred metres?
15. Go for a mtb ride
Riding cross country is fun and very intense.
16. Improve your personal best time
This is an old idea that I used a lot when I was a runner. Focusing on making personal bests is very intensifying way to train.
17. Improve your maximum velocity
I liked that challenge as a kid and it still is a challenge. Not only downhill, but also how fast can you go uphill?
18. Improve your maximum peak power output
If you are the lucky owner of a power meter, you can make a list with personal bests to improve. What is your highest power output ever?
19. Hit your maximum heart rate
Heart rate monitors are getting very cheap but they offer an easy way to measure training intensity. What is your highest maximum heart rate?
20. Avoid red lights when cycling in a city
If you train in the city, try to catch the green wave (and be aware of the traffic..!)
21. Join Power Meter Project 2008
Increase your threshold power in 31 days.

Overreaching is not equal to overtraining

Overtraining is the result of your body’s inability to cope with the total amount of stress. Several symptoms are associated with the overtraining syndrome: Decreased performance, mood changes, weight loss, decreased appetite, muscle soreness, reduced motivation and fatigue. I guess most cyclists have experienced at least one or more of these symptoms, but that doesn’t mean that most cyclists have been overtraining.

Understanding the term overreaching
Distinguishing overtraining from overreaching is important, because overreaching is a very natural process when we train. If you take a look at one of my training programs, you will see that it is based on three weeks with overreaching followed by one recovery week. When you get to the third week, you will not feel stronger than you were in the first week, but after a recovery week with super compensation, you will be stronger than you were when you entered the program. Using a training program structure like this is what I call ‘controlled overtraining’.

Overtraining doesn’t happen overnight
Many riders use the term ‘overtraining’ for both overreaching and overtraining and I guess that is why many riders diagnose themselves as overtrained. The problem is that if you are really in an overtraining situation, it can take several months before your performance is back at 100%. If you have overreached in a period, a week or two is normally enough to get you back on track. This principle is often used in tapering protocols, where training volume is reduced the last two or three weeks before a big event. Overtraining syndrome doesn´t happen over a night or week. It takes 6 to 8 weeks or even longer to develop.

The cure is recovery
The cure for overtraining syndrome is often a significantly reduced training volume and intensity. Your body needs time to fully recover from the total accumulated stress in the past months. When you are overtrained, you have probably forgotten about basic principles of recovery. A differential diagnosis could also be that you have reached a training plateau, which is also a very natural thing, still frustrating though. I covered that topic in two posts – Dealing with training vacuum – Part one and two.

Theories about overtraining
Our understanding of what overtraining really is relies on theories that are not yet proved. Sympathetic and parasympathetic overtraining is often discussed, referring to the autonomic nervous system. In this model the symptoms are caused by an imbalance in the autonomic nervous system. This theory was made back in 1958, but still one of the most referred theories about overtraining.

Minimize the risk
As we don’t know what overtraining exactly is, we should try to use our knowledge about basic exercise physiology to prevent development of overtraining. A good strategy is to write a training diary. When you notice some of the symptoms mentioned above, then consider whether that is caused by an insufficient recovery from the past training. In this way it is possible to minimize the risk of overtraining, because a training diary implies you to react early.