Cycling Training Tips

What is a Good Resting Heart Rate?

This is a very common question among cyclists. I have heard several people discuss this topic and have often seen them compare registrations of early morning resting heart rates. The fact is that you can only compare these 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.

Autonomic nervous system regulates resting heart rate
The resting heart rate is closely related to the autonomic nervous system. You will probably already have noticed that your resting heart is lower when you are in good shape. This is because of a larger stroke volume or more correctly a bigger parasympathic drive on the sinus node. This is one of the central adaptations to endurance training.

Know your resting heart rate
A good reason to know your normal level of resting heart rate is that you can use it to discover overtraining or illness. If your resting heart rate is 10-15 beats above normal, you might have a disease. In that case I will recommend you take your temperature and look for other symptoms. Avoid intensive training or races if you don´t feel well.

Some values to compare with (don’t do it”¦)
There are great deviations in normal resting heart rates. Many well trained cyclists normally have a resting heart rate in the 40’s, some in the high 30’s and few in the low 30’s or lower. There are also well trained cyclists or even professionals in the high 40’s or low 50’s. And as I said previously: Don’t compare values with others’”¦

What is a Good Resting Heart Rate? Read More »

Why I Would Recommend The SRM Training System

The SRM Training System was the first power meter for road cyclists on the market. SRM uses a special crank system which measures the workload you apply. Thus, it is a direct measurement of the workload. That makes a lot more sense than the indirect methods used by e.g. Ibike Pro.

Several years of experience
SRM has had several years to optimize their products with valuable experience from top riders and scientists who have used SRM as power meter. As I have mentioned earlier, one of the best ways to learn more about power meters (or heart rate monitors for instance) is to spend several hours on the roads with the power meter mounted. The more data you can accumulate, the better picture you will get of your performance and what a power meter can do for you. Reading about training principles and basic exercise physiology will naturally help on your learning curve, but don’t underestimate the value of practical experience.

I think that SRM has a huge advantage against the new generation of power meters like PowerTap. These cranks are really good, comparable with stiffness from the best cranks on the market (though they are slightly heavier). A crank is a part of the bike so there is no problem when you e.g. want to put on your new carbon wheels for a special race. The SRM is still there and works properly.

Gold standard
SRM is the gold stand for power meters with very accurate measurement of workload. It’s a high quality product that will not disappoint you.

Why I Would Recommend The SRM Training System Read More »

Review of SRM, Power Tap and Polar

SRM FSA Crank

Kraig Willett has made a comprehensive review of the three most used power meters: SRM, Power Tap and Polar. He explains in details how these power meters measure power output and presents results from his tests. He gives us a very detailed review of how SRM, Power Tap and Polar perform in price, performance, and durability. The review might be a bit difficult to understand for beginners, but it is really worth reading.

Here are some of the points from Kraig Willett:

On how the SRM crank system measures power output
“Instrumenting a mechanical structure allows one to convert the phenomenon of interest into an electrical signal that can be subsequently analyzed, mathematically manipulated, and then displayed to the user. Strain gages do just that in the SRM power measuring device.

The strain gages that SRM uses are nothing more than a piece of foil embedded in a plastic carrier. The resistance of the foil element changes depending on how much it is stretched/strained. The strain gages unique characteristic of changing resistance under strain is what allows the mechanical deflections that naturally occur in the structure to be converted into an electrical voltage signal.”

On accuracy of power meters
“Additionally, it can even be argued that absolute accuracy is not an issue, but rather, consistency over time or measurement repeatability is most important.”

On installing a Power Tab hub
“The Power Tap system is just about as close to ‘Plug and Play’ as one can get. The straightforward steps of installing a cassette and a tire on the wheel built with the Power Tap hub are nothing too difficult for your average bike racer. Once these steps are accomplished, one must simply drop the wheel in the dropouts and install the receiver and CPU mount with the supplied zip ties. The whole process should take 30 minutes at most.”

Read the full review of SRM, Power Tap and Polar

Review of SRM, Power Tap and Polar Read More »

How to training for anaerobic endurance

How to train for anaerobic endurance

I guess all of you have tried this kind of activity on your bike. We are talking about biking at intensities that can only be maintained for a very few minutes or maybe just seconds. These jumps require anaerobic power which can be trained separately in your training program. There are made several tests to measure maximum oxygen uptake in the lab, but unfortunately there are no similar possibility to measure anaerobic power. Thus, we have to develop indirect methods to evaluate anaerobic power. I think that testing with a power meter will be the best evaluation of anaerobic power for most riders. Find your average power output in a 60sec. all-out test.

Lactate is not responsible for fatigue
One of the biggest myths about anaerobic power is that lactate is responsible for the fatigue. Lactate is just a piece of sliced sugar and a couple of studies have shown that lactate itself is not produce fatigue, in fact one of the studies I will present in the future claims that lactate actually protects the muscles from fatigue. There are probably many reasons why we determine exercise at severe intensity.

Read the rest of ‘How to train for anaerobic endurance’ here.

How to train for anaerobic endurance Read More »

How to Ride Strong All Season Long: Don’t Get Hurt!

The following post is a guest post written by Levi Bloom. Levi has his own blog about cycling training on CoachLevi.com.

If you’re looking to win a race, there are plenty of ways you can train to ride stronger. You can do all sorts of base training and interval sessions, follow a training plan, get lots of rest, etc. On top of that you can vary your riding to avoid burnout. That should keep you riding strong in most cases.

But what if you wreck? Will you bounce back or be stuck on the sidelines the rest of the year? Or maybe you drank a little too much champagne at your last post-race celebration and ended up falling down a flight of stairs? Has your training prepared you for that? Probably not. So here are a few ways to avoid injury, whether you are a road racer, mountain bike racer, or recreational cyclist:

Wear a helmet

This is basic advice, but it’s worth repeating due to the number of lives saved each year due to helmet usage.

Learn to ride in a group

Whatever type of riding you do, chances are you do some group rides or races. While riding in a group can be more dangerous, a few tips and a little practice will make things safer.

On the road: Ride predictably in the paceline and maintain a steady pace. You can ride close to the wheel in front of you but look a few riders ahead so you are aware of any pot holes, stop signs, turns, etc. The further back you ride, the more likely it is that someone will wreck in front of you, so stay closer to the front. Similarly, watch out for any erratic behaviour and keep your distance from those riders. Lastly, you can practice “bumping” by riding with a buddy in a soft, grassy field and bumping elbows and shoulders. This will get you accustomed to riding in tight quarters with others.

On the trail: The main thing to remember is to give the other riders some space. If someone goes down in front of you, make sure you have room to stop safely so you don’t hit them and end up crashing yourself. This also lets you watch their line and adjust yours to avoid any problem areas. (Caution: Those quick tips are just a starting point for learning to ride in a group. To make things safer for you and those around you, get some personal advice from an experienced cyclist before jumping into a big group ride.)

Cross-train

Maybe you don’t use your arms so much when riding, but if you fall on your arm, it should be strong enough that it doesn’t snap like a toothpick. If you are avoiding weights for fear of bulking up, at least do some push-ups and pull-ups to strengthen the upper body. For the lower body, running will improve bone density, which is something cycling doesn’t do. And a little extra muscle covering your body will protect your bones and internal organs!

Practice falling

If you’ve ever listened to Tour de France commentary, they emphasize how riders “go limp” if they are going to wreck. That’s exactly what you want to do. Proper form when crashing is almost an instinct amongst the pros because they have practiced (or learned from experience.) In your case, I suggest a good practice session. Start by going out in a grassy field, with helmet and pads, of course. All you have to do is roll along, stop, and fall over while keeping your hands on the bars. Don’t stick your arm out, that’s how you’ll break a collar bone! You can start out falling into a hill so you don’t have to fall so far, but work your way to flat ground. The key is to go limp (relax all your muscles) and absorb the shock, letting your entire body hit the ground. (You know how boxers “ride” a punch? It’s physics. The longer the time period of the hit, the less damage it causes.) So when you go down, your legs will hit first, then your side, and then your shoulder. You won’t really roll in this slow-speed drill, but you will in the next one.

Try “James Bond” drills

Now we’ll work with faster speeds and fulfill your superhero fantasy at the same time. We’re going to couple our “falling” drill with some action. The best example of this is a survival roll. You run, and when you’re ready, dive forward. As you go towards the ground you should let your arms or shoulders hit first and then roll through one shoulder over onto your back. Make sure not to lock your elbows. Note that when you crash, you should roll. Again, you are increasing the time period over which the force is applied in order to minimize the damage. As you get better, you’ll be able to dive and roll and get back onto your feet and keep running! Watch some mountain bike races and you might see this happen! (Note that this is best done on a wrestling mat or other soft surface.)

Work on balance and flexibility

It’s time for yoga! Yoga is great because it improves flexibility and balance. Try some balancing poses, such as the airplane pose or the tree pose. With better balance, you are less likely to fall off your bike in the first place! Increased flexibility will make it easier to go limp and roll along the ground. Plus, if you do get stuck in a weird position, your flexibility training could be the difference between a couple small scrapes and torn ligament! Flexibility also decreases your chances of overuse injuries and tight muscles (especially hamstrings.)

Ride BMX

If you’ve never tried freestyle BMX riding, you probably think it’s reserved for hooligan teenagers. If so, it’s your loss. Trying basic BMX balancing moves and tricks greatly improves your balance and bike handling skills. Whether you want to improve your balance by messing around in a parking lot or get used to air time by hitting the dirt jumps, the technical skills really come in handy. (Riding trials would be a similar way to train, although trials bikes are hard to find and usually on the expensive side.)

Drink responsibly

You have two choices here. Either 1) slow down on the alcohol consumption during the season, or 2) make sure your designed driver would rather keep you safe than watch you ride down a flight of stairs… 😉 Follow those tips and in the unfortunate event of wreck, you will be more likely to emerge without serious injury.

About the author
This article was written by Levi Bloom, a road cyclist and mountain bike racer who writes about racing and training on his own website, http://coachlevi.com/. Check it out for more great advice for cyclists.If you´re interested in writing a guest post on Training4cyclists.com, read more here.

How to Ride Strong All Season Long: Don’t Get Hurt! Read More »