Scientific Analysis Of Michael Phelps’s Body Structure

Michael Phelps’s height, wingspan, and large hands and feet give him an advantage in swimming. His body also produces less lactic acid than his rivals, which shortens his recovery time. However, his success is also due to his dedication and hard work.

Michael Phelps body proportions are given below:

  • Height: 1.93 meters (6.4 ft)
  • Weight: 88 kilograms (194 lbs)
  • Wingspan: 2.03 meters (6.66 ft)
  • Feet: Size 14

With a total of 28 medals, Michael Phelps is the most decorated Olympian of all time. At the height of his career in Rio 2016, he had won no fewer than 23 gold medals, more than twice the number of the second-highest record holder! His record will not break anytime soon.

Like the icing on the cake of his achievements, he broke Mark Spitz’s record in the 4-meter relay, which had stood since 1972. Phelps is definitely a superman. He’s basically the Lionel Messi/Christiano Ronaldo of swimming.

After winning eight gold medals at the 2008 Beijing Games, there was no doubt he would be named Sports Illustrated’s “Sportsman of the Year 2008.”

As expected, he did.


Recommended Video for you:

If you wish to buy/license this video, please write to us at admin@scienceabc.com.

What makes Phelps so good at swimming?

For him, the medal podium is like a second home. His quick combination of genetics, willpower, and skill has led to his enormous medal count. Phelps has an oddly ergonomic efficiency in the pool advantage over his competitors.

His extreme advantage is due to his freaky body structure. The following abnormal characteristics of his body play a big role in his extraordinary talent.

Michael Phelps Height

He stands tall at 6’4″, which is the ideal height for swimming. (Source)

Michael Phelps Wingspan

His arm span is 6’7″, 3 inches more than his height. Generally, a person’s arm span is equal to his/her height, but Phelps is not an ordinary person. This anomalous characteristic provides him with an absurd amount of pulling power in the water. Basically, his arms work as powerful propulsive (boat) paddles in a more efficient way than his competitors.

Torso

His upper body is that of a 6 ‘8 “man, which is insanely long. So he has an amazing reach with every stroke, which pulls him through the water ahead of the competition.

Lower Body

Surprisingly, its lower body is only 5 ’10 “long, which is actually beneficial as it reduces resistance against water.

Palms and Feet

Phelps has huge palms that support his paddling ability and size 14 feet, which essentially act as flippers (the kind of fingerless arms that seals have).

This humongous set of feet is attached to extremely flexible ankles, which work like fins (similar to a shark).

Lactic Acid

When the human body does physical activity, it produces lactic acid. This substance causes fatigue and slows down muscle contraction. To prepare for another round of physical activity, our body must flush out this acid.

To do that, it needs a certain amount of recovery time.

Glucose is used up during workouts, and after the energy is burned, it is converted to lactate.

Athletes often envy Phelps because it’s scientifically proven that his body produces half as much lactic acid as his rivals need to process, significantly shortening his recovery time.

If not all, athletes face tight muscles, muscle pulls, hamstrings, and body stiffness in the lower body during their training. Although this can be tackled by stretching the target muscles using dedicated equipment like stretching machines, Phelps has a natural advantage in this area.

Genetics is Not the Only Reason behind Phelps’ Success!

Two words should not be forgotten: Dedication and Hard work

Saying that someone is “born” to win is an absurd claim. In fact, it is an innate “desire to win.” Michael Phelps is no exception.

His extensive medal collection results from the extreme hard work and dedication he puts into his training each year.

Six hours a day in a six-day training week is no joke.

Michael Phelps spends a lot of his time training in the pool. The part of his fitness program in the pool consists of swimming a whopping 80 km each week, which is more than 13 km per training day. I don’t even run that much in a month! Besides this huge amount of time in the pool, he also spends a lot of his time in the gym.

Michael Phelps diet

Getting a stomachache already?

A superhuman like Phelps requires a superhuman diet. Phelps consumes 12,000 calories per day! (An average person requires 2200-2700 calories, depending on his/her body structure). Just reading the amount of food he eats in a day is enough to give anyone a stomachache.

This enormous calorie intake is necessary to balance all the calories he burns during his workout to ensure that he does not lose weight.

The work he puts into his training is no joke. His success is based primarily on his training; his genetic advantages are only secondary. The question is, will we see another athlete of his caliber in the future?

Do you remember why Micheal Phelps is a record breaking swimmer?

Can you answer three questions based on the article you just read?

Suggested Reading

Was this article helpful?
YesNo
Help us make this article better
Scientific discovery can be unexpected and full of chance surprises. Take your own here and learn something new and perhaps surprising!

Follow ScienceABC on Social Media:

About the Author

Ishan is a Mechanical Engineer from Mumbai University, India and is obsessed with science, food and all things football. He is a self proclaimed cyclist, runner and a professional procrastinator.

.
Science ABC YouTube Videos

  1. Neutron Stars Explained in Simple Words for LaymenNeutron Stars Explained in Simple Words for Laymen
  2. How Robert J. Oppenheimer became the ‘Father of the Atomic Bomb’How Robert J. Oppenheimer became the ‘Father of the Atomic Bomb’
  3. Higgs Boson (The God Particle) and Higgs Field Explained in Simple WordsHiggs Boson (The God Particle) and Higgs Field Explained in Simple Words
  4. Slowing or Reversing Aging: Can We Live for 180 years?Slowing or Reversing Aging: Can We Live for 180 years?
  5. Detectives Use this Simple Technique to Find Your Fingerprints (Even AFTER You Have Wiped Them Off)!Detectives Use this Simple Technique to Find Your Fingerprints (Even AFTER You Have Wiped Them Off)!
  6. Why is a Circle 360 Degrees, Why Not a Simpler Number, like 100?Why is a Circle 360 Degrees, Why Not a Simpler Number, like 100?
  7. Quantum Mechanics Explained in Ridiculously Simple WordsQuantum Mechanics Explained in Ridiculously Simple Words
  8. Do Fish Get Thirsty and Do They Need to Drink Water?Do Fish Get Thirsty and Do They Need to Drink Water?