How are ants so strong compared to humans?

Humans may possess superior intelligence, but when it comes to strength, ants are a formidable opponent. But why?

For starters, ants have the strength to lift objects that are 50 times their own body weight, whereas the strongest of humans can barely lift 2 times their own body weight.

A single ant can even drag objects that are over 1000 times its body mass.

To top it off, an army of ants can work together and form bridges using their own bodies in order to traverse difficult areas.

Even if us humans worked out 24/7, we still wouldn’t come close to the strength of these small creatures.

The secret to their incredible strength lies in their physique; ants have very strong exoskeletons and really advanced muscle fibers and efficient muscle-to-weight ratio.

Additionally, ants have a strong grip and can climb and cling to a variety of surfaces. Their mandibles (jaws) are also very powerful and efficient, allowing them to cut and chew through a variety of materials.

Not only that, but they know better than anyone the importance of having countless backups.

Ants work together as a team to do things like build bridges, giving them an even greater capacity for lifting heavy items together. Ants have a decentralized nervous system, which means that each individual ant is able to make decisions and carry out tasks without relying on a central brain or leader.

This allows them to work together effectively as a colony, with each ant able to adapt to changing circumstances and coordinate with its fellow ants. Additionally, their ability to communicate with each other using chemicals called pheromones allows them to share information and coordinate their activities.

This combination of decentralized decision-making and chemical communication allows ants to work together as a highly efficient and cohesive unit.

To put it simply, don’t underestimate an ant's strength - it could give even Superman a run for his money.