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The real strength of an ant, or any insect for that matter, lies in its diminutive size. Generally speaking, the smaller the critter, the stronger it will be. It's physics, plain and simple.

First, you need to understand a few basic measurements of size, mass, and strength:

The strength of a muscle is proportional to the surface area of its cross section.Surface area is a two-dimensional measurement, and is proportional to thesquare of its length.Volume is a three-dimensional measurement, and is proportional to thecube of its length.

An animal's weight is related to volume, which increases in proportion to the cube of its length, or by a factor of 3. But its strength is related to surface area, which only increases in proportion to the square of its length, or by a factor of 2. Larger animals have a greater disparity between mass and strength. When a large animal needs to lift an object, its muscles must also move a greater volume, or mass, of its own body.

The tiny ant has a strength advantage because of the ratio of surface area to volume. An ant need only lift a small measure of its own weight relative to the strength of its muscles.

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An ant can carry a weight fifty times of its own weight because the ant is light and its mass its many times more than its body that is the reason ant can carry fifty times more of its own

       you have noticed that the plastic chair is light but it can carry a very heavy weight.