Steps


by Tibi Moravcik

 

Let’s analyse some aspects and ways how we make steps…

 

Balance perspective

 

1. falling forward

The body is off balance – falling down before the leg touches the ground. 

 

2. keep balance, touch the ground, and then shift weight

The leg firstly touches the ground, then shifts body mass to the front leg. We usually walk like this when we are not sure about the ground and want to check it before putting our body weight there.

3. keep the free leg hanging under the body

The leg is relaxed, hanging under the body. It doesn’t matter where the body is; the leg is always under it. Steps are short but safe.

 

Contact to the ground and way to absorb

 

1. Walk with heel landing first

A step is landing hard.
Leg push against the ground.

2. Walk with a ball of the foot landing first 

A step is landing softer.
Leg push against the ground.

 

3. Walk with toes landing first 

A step has the softest landing.
The leg is not pushing against the ground but expanding via toes through the ground.
It creates specific quality and gives power to the toes to absorb.

 

4. Walk with the whole foot landing

It’s usually used when we are hanging legs under the body.

 

5. Roll on the edge of the foot

It’s usually used with contact with the hill, balls and tip of toes.
It’s a very efficient way to spread the power of landing in a roll. It’s very similar like a coin is rolling on the table…

 

 

 

Oscillation of kinetic energy and
tension in the pull of myofascial bodies

 

1. metronome oscillation of whole body from site to site

This way are usually walking older people, or very stiff (crystalised), ill people.

 

2. oscillation of hips from side to side

This way are usually walking ladies. They are using draw/strain of myofascial lateral lines.

 

3. oscillation up and down

This way is usually walking young, happy dynamic people.

 

4. pendulum oscillation of arms 

Naturally, we are compensating for the motion of legs with arms. When the right leg goes forward, the right arm goes backwards. Thus, arms are oscillating as a pendulum.

 

5. oscillation in rotation

The contrary motion of arms and legs are also turning hips and shoulders to opposite directions. In addition, it creates a rotational oscillation of myofascial lines around the spine.

 

Oscillation is a very efficient way to save our energy.
To compare with motion without oscillation, it could be many times more efficient.
It could store the power of the oscillating kinetic energy in draws/strains of myofascial lines.
Usually, we combine more oscillation together.

 

Read more about others aspects…