Could there be a suit like Iron Man’s in real life?

It’s not as easy as Stark portrays.

some heroes Marvel as well as DC comics have scientific prejudices; between technological armor, particles capable of reducing body weight and experiments with gamma radiation, comics constantly use the real world and its science as inspiration for their stories. However, even on a scientific basis, not everything is possible, as is the case with iron Man.

Armor over the years Tony Stark have won a place in the collective imagination by making a significant part of the public believe in the possibility that one day they will be able to fly in a metal suit.

But what fantasy created science cannot fully reproduce. To answer these questions, some users reddit explored the possibility of discussing whether it is possible to have technology similar to Stark’s. Artist and writer Ariel WilliamsFor example, according to an article in Forbes that when we talk about Stark’s armor, it’s not power or technique that seems impossible, but abilities such as flight, movement, and energy.

What is impossible?

Tony Stark’s armor has become iconic for Marvel fans.

another user, Glyn Williams, pointed out a curious feature of the Iron Man suit. Always throwing himself at concrete walls, it would be impossible to come out of these blows completely unscathed.

To illustrate his point, Glyn recalled elevators. If they fall, the metal boxes won’t protect those inside. On the contrary, hitting the ground causes a ripple effect inside and can even kill whoever is inside.

The way Tony uses his armor will kill him or at least hurt him more than what is shown on the screen. Other points that Ariel pointed out are the ability to fly, the drive beams, and the reactor that generates power for the suit.

Despite the fact that humanity has already conquered the skies, it is still not capable of creating a flight system that could work with such armor as Stark’s. The energy that will power the system is also an issue, as not only is the Stark reactor experimental, but there is no evidence of how it works either.

But what can be done?

Replicating Stark’s technology would be a challenge for even the most competent scientists.

Thus, even the simplest version of Stark’s armor would be a headache for the most competent scientist. However, there are some costumes that replace part of the experience, or at least provide some sort of benefit to the user.

For example, an exoskeleton. Raytheon XOS 2. Designed by and for the US Army, this “a uniform” allows the soldier to rise up to 95 kg no difficulty. The clothing helps by reducing wearer fatigue when performing simple physical exercises such as push-ups.

In this case, power remains an issue. They are still developing a way to power the exoskeleton. It is currently powered by a battery, but it is not known how much power is required to keep the suit running continuously.

The flight skill can be bypassed. There are models of jetpacks, but there is a risk of failure when the user is at high altitude. There are also backpacks powered by hydrogen peroxide and others with water jetsbut the height reached does not inspire optimism.

The problem is not to find ways to mimic the hero’s powers, but to put everything together and make the armor 100% workable. It would take much more than a cave and a long time in exile to create the first version of the Iron Man suit.

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