Considering Bolt is more than 10 miles per hour below that, humans have some work to do. Yup, reaching a peak speed of up to 21 mph is ofcourse deadly quick. It also means that your average speed would be somewhere between 18— 19 mph. In terms of racing the metre dash, that sort of speed would translate into a time between In Jamaican sprinter Usain Bolt set the world record in the meter sprint at 9.
A noncompetitive, relatively in-shape runner usually completes one mile in about 9 to 10 minutes, on average. Elite marathon runners average a mile in around 4 to 5 minutes. In this study, 16 year olds were able to reach a maximum running speed of 26 kilometers per hour per mile , while two year — olds and 10 year — olds were able to reach six per mile and 20 kilometers per hour per mile , respectively.
Yes, 15mph is very fast for a runner as it equates to a 4-minute mile. Sprinters can run faster , but obviously for a much shorter duration.
Usain Bolt has hit 28mph in the m sprint. Your email address will not be published. Author Clarke Pitt. At 11 mph , here are the times for various track distances: mile- 5 minutes 27 seconds. According to Fox News, humans—who top out at roughly 23 mph —may one day be able to reach phenomenal speeds of up to 40 miles per hour. In Jamaican sprinter Usain Bolt set the world record in the meter sprint at 9. In this study, 16 year olds were able to reach a maximum running speed of 26 kilometers per hour per mile , while two year — olds and 10 year — olds were able to reach six per mile and 20 kilometers per hour per mile , respectively.
An average 10 year old would probably run an 11 min mile — which is not entirely accurate because many can run 10 or 9 minute miles.
An 8 minute mile is fast for a 10 — year — old , but again, it depends. Your email address will not be published. Author Clarke Pitt. Contents 1 Is running 15 mph fast? You might be interested: Question: Super sprint triathlon training? You might be interested: 20m sprint normative data? He stated the following:. But his ability to exert more force with each step, allows him to outrun shorter sprinters. Because sprinting comes down to who can generate the most force in the shortest time.
He ran the meter race in a blistering 9. This showcases his speed endurance. Even more, the 0. Before this race, the fastest meter segment in a meter race was 0. Only a year later though, Usain topped himself with the new world record time of 9. Usain Bolt ran the meters in 9. So, Usain had fewer steps to generate peak force because of his long strides. But since Usain generates greater force with each step, he beat out his competition. We can conclude, Usain probably has more fast-twitch muscle fibers than his competition.
The combination of his stride length and fast-twitch muscle fibers gave him the edge. Whether good or bad, human gene editing will soon create the perfect athlete. No longer will we need to wait tens of thousands of years to see small changes in the human body. Human evolution will take a back seat. Human speed would certainly improve with these upgrades. While the fastest land animals run using four legs.
With advancements in biotech, we may even one day outrun a cheetah. Outside of gene editing, we may upgrade our bodies through electromechanical parts. One great example is Oscar Pistorius, with his prosthetic legs.
He reached a speed of 25 mph using his prosthetic legs. Not surprisingly, prosthetic leg tech will only improve over time. We may be able to choose our top speed straight out of a lab. Today, human bodies have physical limits. So, speed records in return have limits too without advancements in technology. In the future though, bionic bodies may only come down to money and ethics. And then, will world records even hold any meaning?
So, I can see the day where a human races a cheetah and wins. We calculated an Plus, we have the advantage of long-distance running over most animals. As hunter-gatherers, humans had to cover a lot of ground to stay alive to hunt and forage.
So, we built up great endurance thanks to evolution. In the future though, we may combine superb endurance with incredible short-distance speeds. When that day comes, fast speed will only become another thrill pursuit. Like bungee jumping or skydiving.
Do you think the average human athlete running speed compares well to other animals? How much faster do you think humans can run through advanced technology? Author Bio: Koosha started Engineer Calcs in to help people better understand the engineering and construction industry, and to discuss various science and engineering-related topics to make people think.
He has been working in the engineering and tech industry in California for well over 15 years now and is a licensed professional electrical engineer, and also has various entrepreneurial pursuits. Koosha has an extensive background in the design and specification of electrical systems with areas of expertise including power generation, transmission, distribution, instrumentation and controls, and water distribution and pumping as well as alternative energy wind, solar, geothermal, and storage.
Koosha is most interested in engineering innovations, the cosmos, sports, fitness, and our history and future. Just providing an indication. Google has allocated it as a featured snippet in some searches, so if you benefit from others viewing your content, then this may be redirecting others.
The website which seems to be the website of a real company, with a location on Google Maps has chosen random lines from other sites looks rather sketchy, so be careful if visiting it. This is average top human athlete running speed. Not average human running speed. You would need a random sample of or so people sprinting to get average top human running speed. That in itself is a significant filter since only athletically inclined people compete and athletes train ahead of competitions.
If anything using highschool data only would be the closest to actual averages since there is less of a filter of who can compete… though still a significant one. Save my name, email, and website in this browser for the next time I comment. Notify me by email when the comment gets approved. Race Segments meters Speed mph 0 to 10 Here are some questions to consider: Do we use all Olympic athletes? Do we exclude people over the age of 50? To address these questions, we need to answer 4 prelim questions.
What age range of people should we use? What human fitness levels should we consider? Which body types should we consider?
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