Tabata Anything – Four Minutes of Pain to Gain
The Tabata protocol is a high-intensity training regimen that produces remarkable results. A Tabata workout (also called a Tabata sequence) is an interval training cycle of 20 seconds of maximum intensity exercise, followed by 10 seconds of rest, repeated without pause 8 times for a total of four minutes. In a group context, you can keep score by counting how many lifts/jumps/whatever you do in each of the 20 second rounds. The round with the smallest number is your score.
Credit for this simple and powerful training method belongs to its namesake, Dr. Izumi Tabata and a team of researchers from the National Institute of Fitness and Sports in Tokyo, Japan. Their groundbreaking 1996 study, published in the journal Medicine and Science in Sports & Exercise, provided documented evidence concerning the dramatic physiological benefits of high-intensity intermittent training. After just 6 weeks of testing, Dr. Tabata noted a 28% increase in anaerobic capacity in his subjects, along with a 14% increase in their ability to consume oxygen (V02Max). These results were witnessed in already physically fit athletes. The conclusion was that just four minutes of Tabata interval training could do more to boost aerobic and anaerobic capacity than an hour of endurance exercise.
Although Dr. Tabata used a mechanically braked exercise cycle machine, you can apply this protocol to almost any exercise. For example, a basic Tabata workout can be performed with sit-ups. The more muscles used the better, so use full knees-bent sit-ups. Sit-up non-stop for 20-second intervals, followed by 10 seconds of rest. Repeat for a total of 8 cycles.
How effective can just 4 minutes of exercise be? … Very. You will be amazed at how intense the four minutes of exercise will feel. The intervals tax both your aerobic and anaerobic energy systems. To be clear, this isn’t “eight sets of eight,” although the goal of doing eight reps in each of the 20-second clusters is about right. Instead it’s “as many reps as I can get in” during the twenty seconds, followed by ten seconds rest.
It helps to be able to see a wall clock with a second hand during your four minutes of fun. Stop at twenty seconds, rest ten seconds, and go again. Watching the clock helps with your focus and also in keeping count of the eight cycles…
Here is a longer Tabata workout example. This workout consists of 4 separate Tabata Intervals, each 4 minutes. The total workout will last 16 minutes. Always begin with a moderate warm-up and cool down session. And if you are not already in good shape, check with a doctor before trying.
* Jump Rope
* Chin-ups or Pull-ups
Note the 10-second rest periods in the Tabata workout are important, both physically and mentally. Not only do they allow partial recovery, they also provide psychological relief. Switching back and forth from work to rest makes the workout go quickly. Plus, it allows you to train at a higher level of intensity, which what intervals are all about.
Another good exercise for Tabatas is the “squat thruster.” The squat thruster is one of the great lifts being made popular by organizations such as CrossFit. Take two dumbbells and hold them at shoulder height. Squat down, pushing your rear-end back, keeping the dumbbells on the shoulders. As you rise up, press the bells to the overhead lockout position. You can either press as you rise or use the momentum to help “kick” the bells overhead. Keep your weight in your heals and go light! A 25 pound dumbbell in each hand is a very difficult thruster workout!
Pretty much any form of cardiovascular exercise that uses a large number of muscles can be tailored to fit Tabata interval workouts, so feel free to be creative. In addition to the exercises mentioned above, use them with sprints, burpees, a jump rope, the heavy bag, treadmill or rowing machine. Lessen the likelihood of injury by choosing a rate of intensity suited to your level of conditioning – be conservative. Incorporate variety into your Tabata workouts. A few sessions per week will offer plenty of intensity.
Source by John Harker