Will Humans Ever Grow Wings? (2024)

Table of Contents (click to expand)
  • How Do Mutations Occur?
  • How Do Mutations Survive?
  • So, Could Humans Evolve Wings?
  • Conclusion

That would be almost impossible. First, humans would have to undergo some mutation that would give us wings. That mutation would be highly unlikely, considering our existing body physiology. Furthermore, flying isn’t of much evolutionary use to humans, so it is not a trait that would be selected for through natural selection.

As children, while watching the X-men movies, it’s hard not to be fascinated by their powers. Moreover, the movie is set in such a way that makes you believe such a species-level shift could happen in real life. It made it seem that mutants could be the next step in the evolution of man. Personally, I have always been fascinated by Archangel, the broody character who could fly anywhere he wanted. This led to a question… could we ever actually grow wings? There are a thousand mutants we could evolve to be, but let’s look at Archangel for this particular thought experiment.

First, we have to eliminate the misconception that such large-scale mutations could occur in a single generation. Mutations and adaptations happen over hundreds of thousands, if not millions of years. Now, let’s look at the scientific principles that could make it possible.

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How Do Mutations Occur?

Before doing a deep dive, let’s establish some fundamentals. Firstly, a gene is an inheritable factor that gets passed from one generation to the next. A factor could be anything, like the color of your eyes or your blood type. These genes are expressed by DNA.

The total collection of genes that an individual has is known as its genotype. When that gene expresses itself, it is known as the phenotype.

A mutation, then, is a change in the arrangement of DNA that causes a gene to express itself differently.

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Humans have a low level of mutation, roughly 1 mutation for every 100,000 loci (a specific area on a chromosome where a gene is found), per generation, but humans also have 100,000 loci. Therefore, every subsequent generation of cells that forms will have at least one mutation that is different from its parent cell.

How Do Mutations Survive?

Even though these mutations occur, they may not necessarily be useful to the organism or even expressed. Most mutations are recessive and are not expressed. For a mutation to survive, it needs to have reproductive success. This means it must help the creature survive better than others of its kind. But how exactly would we know if an organism has an advantage? This brings us to natural selection.

Let’s use the example made famous by Charles Darwin—Finches. Finches are tiny birds and Darwin saw many kinds of them on the Galapagos Islands. He believed that certain changes led to birds being better adapted for special tasks. Darwin found some birds better at cracking open nuts, while others were more proficient at eating insects. He observed many specializations that were identifiable by the unusual shapes of their beaks.

His idea stated that small changes happened every generation. If these changes helped a bird in a certain task, that bird would be fitter and more likely to pass on its genes to its offspring. Therefore, a mutation had to be helpful for it to survive to the next generation.

Also Read: Does (Natural) History Repeat Itself?

So, Could Humans Evolve Wings?

Apologies for the delay, but all of the above info needed to be explained before we could answer our original question. The bottom line is… No, we won’t grow wings. This is firstly because of what wings are (in chordates, at least). Wings are specially adapted forelimbs.

As you can see from the skeleton below, birds lost their forearms in order to grow wings. Not only this, but each and every adaptation along the way helped them survive better in their environment.

However, wouldn’t wings help us fly?

Yes, but it would cost us our hands, which help us with so many everyday activities that it wouldn’t make sense to lose our dexterity (from an evolutionary standpoint).

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But what about wings like bats? Bats have wings with extended phalanges (finger bones) and membranes between the phalanges. Well, before we see if humans could develop bat-like wings, let’s see how bats got theirs in the first place. Bats evolved their wings from mammals that used to jump from tree to tree. Bats with membranes between their wings would glide for longer and could jump farther. Over time, this gliding adaptation, which proved advantageous, eventually led to them being able to fly.

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So then… why not us? Mainly because we don’t have any need for these adaptations. For a mutation to be selected, it needs to give the organism an edge in terms of survival. Since humans don’t need to jump from rooftop to rooftop, wings—no matter how cool—won’t help us survive any better.

And what about growing an extra pair of limbs? As explained, evolution is a step-by-step process that takes a very long time. These limbs would have to grow and provide an advantage to humans every step along the way, meaning it is very unlikely that humans will naturally grow wings.

Also Read: Why Did Humans Lose Their Tails?

Conclusion

Does this mean that humans will never have cool mutations? Of course not! Just look around… we already do! Humans who live near the equator have darker skin to help protect them from harsh UV rays. If their skin was lighter, it would increase their risk of skin cancer. On the other hand, humans living far from the equator have lighter skin, so that they get enough sun to synthesize vitamin D.

It has been observed that populations living at higher altitudes have more hemoglobin in their blood. This is because there are lower concentrations of oxygen at higher altitudes, and having more hemoglobin allows them to absorb more oxygen.

Now, we may not be able to control objects with our minds or fly above skyscrapers, but humans have many impressive adaptations. Many mutations have happened over time that have allowed humans to fit into a certain environment. Basically, if you’re looking for a mutant, you don’t have to look far, considering that we all have special mutations to help us survive!

References (click to expand)
  1. (Jr.) C. P. H., Keen S. L., Eisenhour D. J., Larson A.,& I'Anson H. (2019). Integrated Principles of Zoology. McGraw-Hill Education
  2. Fragata, I., Blanckaert, A., Dias Louro, M. A., Liberles, D. A., & Bank, C. (2019, January). Evolution in the light of fitness landscape theory. Trends in Ecology & Evolution. Elsevier BV.
  3. Mcghee, G. R. (2006). The Geometry of Evolution: Adaptive Landscapes and Theoretical Morphospaces. Cambridge University Press
  4. Fleming, T. H., Dávalos, L. M.,& A. R. M. M. (2020). Phyllostomid Bats: A Unique Mammalian Radiation. University of Chicago Press
  5. Gassmann, M., Mairbäurl, H., Livsh*ts, L., Seide, S., Hackbusch, M., Malczyk, M., … Muckenthaler, M. U. (2019, June 30). The increase in hemoglobin concentration with altitude varies among human populations. Annals of the New York Academy of Sciences. Wiley.
  6. Brenner, M., & Hearing, V. J. (2007, November 16). The Protective Role of Melanin Against UV Damage in Human Skin†. Photochemistry and Photobiology. Wiley.
Will Humans Ever Grow Wings? (2024)

FAQs

Will Humans Ever Grow Wings? ›

Virtually impossible. To even begin to evolve in that direction, our species would need to be subject to some sort of selective pressure that would favour the development of proto-wings, which we're not.

Is it possible to grow wings? ›

For instance, while you might grow taller thank your siblings, hox genes make sure you only grow two arms and two legs – and not eight legs like a spider. In fact, a spider's own hox genes are what give it eight legs. So one main reason humans can't grow wings is because our genes only let us grow arms and legs.

Is it possible for a man to have wings? ›

All animals have genes that decide and control the development of organs. Due to these genes, it is impossible to find humans born with wings.

Has anyone made wings for humans? ›

If you're talking about bird-like wings, it's not feasible, as they'd have to be something like 30m across and humans lack the musculature to operate them anyway. Compared to birds, we have proportionately small chest muscles, which would be needed for the flapping motion.

How big would humans wings need to be? ›

In order to fly, wings have to create as much lift upward as the person's weight pulls downward. There is a minimum forward speed and a minimum wing area to create the needed lift. When you do the calculations, you find that for a person of average size to fly they would need a wingspan of between 6 to 7m.

Could humans ever evolve to fly? ›

To fly! The dream of man and flightless bird alike. Virtually impossible. To even begin to evolve in that direction, our species would need to be subject to some sort of selective pressure that would favour the development of proto-wings, which we're not.

Why can't we build wings for humans? ›

Humans are not physically designed to fly. We cannot create enough lift to overcome the force of gravity (or our weight). It's not only wings that allow birds to fly. Their light frame and hollow bones make it easier to counteract gravity.

Will humans evolve again? ›

Human evolution relies on the differences in our genes and in our ability to pass on these genetic differences (ie our breeding capabilities). Over time, the population should change as these differences become more apparent. If the genetic changes are great enough, a new species will arise.

Can humans evolve to breathe underwater? ›

This took more than 350 million years. There are humans (Bajau Laut- sea nomads) who can hold their breath for longer durations (up to some minutes) underwater. However, it is biologically impossible to evolve (or devolve) to live underwater in a short period.

Will we ever be able to fly? ›

Our brains are large and complex, requiring a lot of energy and oxygen. All these factors make us unsuitable for flying. To fly like birds or bats, we would need to overcome several challenges: - We would need to grow wings that are large enough and strong enough to lift our body in the air.

What would happen if humans had wings? ›

Our bones would be lighter and therefore weaker, so we'd need to strengthen our collarbone by fusing the clavicles into a wishbone. We'd also need a 'keel' bone protruding down the centre of our chest, to allow the pectoral muscles to attach further from the shoulder, increasing their leverage.

What is it called when a human has wings? ›

Avian humanoids (people with the characteristics of birds) are a common motif in folklore and popular fiction, mainly found in Greek, Roman, Meitei, Hindu, Persian mythology, etc.

Is it possible to build mechanical wings? ›

The final design for these articulating mechanical wings was completed over several months in the family garage and dining room, and they are made of aluminum, plywood, fabric, lots of nuts, bolts, washers, lock nuts, nylon spacers, a military grade steel backpack frame, and of course real feathers.

What is the bird the size of humans? ›

Shoebill: The human-sized African bird that eats baby crocodiles and kills its siblings. Shoebills reach up to 5 feet in height and they are formidable ambush predators, standing still in swamps before lunging forward to swallow their prey whole with their giant bills.

How much larger is a human than a fly? ›

Flitting above the counter, hovering atop some overripe fruit, is a cloud of fruit flies. They're hard to see, measuring in at just 0.004 meters long—or 500 times smaller than the average human.

How much can wings lift? ›

An airliner wing may produce a pound of lift per square inch in level flight. That doesn't seem like much, but over the entire surface of the wings these pounds-per-square-inch add up.

How can I develop my wings? ›

A few of the best wings exercises include pull-ups, chin-ups, lat pulldowns, bent rows, dumbbell rows, and deadlifts.

Is it possible for humans to evolve? ›

As humans, we experience dramatically fewer hazards today than we did in our early evolution. However, genetic studies indicate that we are still evolving. In this story, we look at how researchers investigate human evolution, through projects like HapMap and the 1000 Genomes Project.

Could humans develop gills? ›

As a practical matter, it is unclear that a usable artificial gill could be created because of the large amount of oxygen a human would need extracted from the water.

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