Bear with me for just a second while I say something mathematical: In exercise, intensity is inversely proportional to duration. Simply stated, the greater your effort, the less time you can sustain it.
Thatâ€™s why a 100-meter sprinter can run faster than a marathoner. The trade-off is the sprinter can only run all out for ten seconds but the marathoner can keep running for two hours.
Now take a look at their legs. The sprinter has the thick, powerful leg muscles and the marathoner has much thinner legs. And the sprinter builds those massive muscles using a â€œdoseâ€ of exercise that is ten seconds or less. Isnâ€™t that interesting?
So if youâ€™re in the gym trying to develop thick, powerful arms or a thick, powerful chest why are you grinding away for hours? Why not try to discover the minimum dose of exercise that will deliver the highest possible intensity?
Experiments to Discover Maximum Intensity
After the success of Power Factor Training in 1993, we realized that limiting the range of motion in an exercise was an effective way to increase intensity. Basically, a subject could gain more muscle lifting 200 pounds a few inches than he could by lifting 100 pounds through his full range of motion.
Once we knew full range of motion was not very important in stimulating muscle growth, we created a study to see what would happen if bodybuilders used zero range of motion but with the heaviest weights they could possibly hold. We recruited some hardcore bodybuilders who had already developed impressive physiquesâ€¦so it would be extra challenging to put new muscle on these subjects compared to average subjects. We put them on a routine averaging just 2.1 workouts per week where they statically held heavy weights (without any up and down movement) in their strongest range, but without being â€œlocked outâ€.
After just 10 weeks of Static Contraction Training, these subjects:
- Increased static strength 51.3%
- Increased their full range 1-rep max 27.6%
- Increased their full range 10-rep max 34.3%
- Added 9.0 pounds of new muscle (one subject added 28.9 pounds!)
- Lost 4.9 pounds of fat
- Added Â½ inch to their biceps
- Added 1.1 inches to their chest
When was the last time you made gains like that in 10 weeks?
Since the above study, we have conducted more studies using various refinements that have proven the benefits of reduced hold times and a corresponding increase in intensity. For example, the above results were achieved using hold times of 15 to 30 seconds but now we know hold times of less than half that duration work much better. (See my Train Smart e-book)
This form of minimum dose, maximum intensity training has been widely hailed as revolutionary. Ironman Magazine said Static Contraction Training â€œcould cause physiology books to be rewritten.â€ And world-renowned human performance coach Tony Robbins says itâ€™s, â€œThe cutting edge in bodybuilding [and] strength training that can show you – no matter what age you are – how you can produce the greatest result you ever thought possible in the shortest time.”
Try It Yourself
Try the three simple exercises on this page: Youâ€™ll be amazed at how strong you really are. Perform each of the exercises exactly as described. Do them the same day then repeat them a week later. After three sessions youâ€™ll feel the astounding effects that this level of muscle stimulation triggers.
Push yourself to the limits of your capability. Most people using this method make the mistake of grossly underestimating the weight they can lift. When you repeat these exercises expect very significant increases in weight.
The Ultimate in Muscle Growth Stimulation
Static Contraction Training capitalizes on the undisputed fact that the intensity of muscular output is more important than the duration of output when it comes to stimulating new muscle growth. It provides the â€œminimum doseâ€ of ultra high intensity exercise. Itâ€™s already working for thousands of peopleâ€¦try it yourself and see.