Three Step Module to Faster Running

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Recently, Runner’s World published an article that addressed getting faster. The general consensus with speed development is that if you want to get faster you have to train faster. A recent meta-analysis of the scientific literature that addresses speed development uncovered three basic training components.

1. The most promising training technique is called “maximal interval training (MIT).” MIT involves extremely fast, sustained repeats (about your 2-mile race pace) of 2-10 minutes. Research demonstrated that this type of training produced anywhere from a 4-6% performance improvement.
2. Supramaximal intervals, that is intervals, which last 30 seconds or less (faster than 1-mile pace), also lead to performance improvements of 2-4%.
3. Explosive sport-specific strength training (ST) led to some surprising results.

The research demonstrated that explosive ST for the legs produced endurance benefits of anywhere between 2-8%. One particular study demonstrated that runners who replaced 30 minutes of weekly running with strength training sessions designed to develop leg power and speed were able to cut 24 seconds off their 5-K race times. This exceeded the 11 second reduction produced by speed training alone.

More and more studies are beginning to demonstrate that the proper combination of sport-specific strength training and speed work produce the best results. Peter Weyand, Ph.D. has consistently demonstrated through his research that in order to run faster you need to be able to apply more force more quickly with each stride. To do this you need to have stronger legs and simultaneously produce greater leg speed. This is the principle of
the “Force Hypothesis”, suggesting that the goal is to spend less time on the ground and more time in the air. Interestingly, research on kangaroos has demonstrated that they actually use less oxygen (thus energy) when running faster than when running slower. Why is this? Because kangaroos generate more force with each foot strike and have a greater leg speed at times when they run faster. Thus they take fewer steps which require less energy and are capable of covering greater distances. Don’t we all wish we could run like kangaroos!

Contact me for more information on sport-specific strength training and speed work.

*Information for this article taken from Runner’s World and "Effects on High intensity Training on Performance and Physiology of Endurance Athletes."