How to Float. a simple guide for beginners.
Learning how to float is not only easy, but it can also save your life. People often underestimate the power of water, but the fact is that drowning is one of the leading causes of accidental death worldwide. Knowing how to float is the first step in learning how to swim, and it can give you the confidence and skills you need to stay safe in the water.
Mariia Rezhylo
3x World Record Holder in swimming & swimming coach
Floating is an incredibly important skill, and one that everyone should learn. It may seem daunting at first, but you don’t have to be a strong swimmer to float. In fact, many beginner swimmers find it easier to float than to swim. The first thing you have to do is believe that you can float. Once you have that belief, the rest is easy. Floating will not only give you a chance to rest if you find yourself in a situation where you can’t swim to safety, but it will also give you the confidence you need to take the next step and learn how to swim freestyle. Let's dive in and practice floating!
alan watts
To have faith is to trust yourself to the water. When you swim you don't grab hold of the water, because if you do you will sink and drown. Instead you relax, and float.
introduction
The Science of Floating
It's fun to splash around in the water, but have you ever wondered what makes it possible to float? It turns out that there's a lot of physics involved! The key to floating is buoyancy, which is the force that keeps an object afloat. Buoyancy is created when the weight of the object is equal to the water pressure pushing up on it. This can happen in two ways: either the object is very light and/or the water is very deep. For example, a helium balloon floats because it's filled with a gas that's lighter than air. And a submarine can dive deep underwater because it's made of materials that are denser than water. So how does this work for people?

We float because our bodies are mostly filled with fluids (water and blood) that are much lighter than the materials we're made of (bones and muscles). When we jump into the pool, our body displaces an amount of water equal to our own weight. The water then pushes back up on us with a force that equals the weight of the displaced water. This upward force is what keeps us afloat!