Dynamic Tape It is a different tool for a different job. It is made of very different materials, it has completely different physical properties and is used very differently to rigid athletic tapes or kinesiology colored tapes that are often seen.

Dynamic Tape is a highly elastic tape that extends in all directions and has very strong backward properties. It does not have a rigid end point and extends much more than kinesiology tapes.

This design and unique visco-the elastic properties allow it to work as an elastic rope, acting on the body with the aim of providing a deceleration force, absorbing the load and reducing the work of the injured tissues. Once the deceleration has been completed, the energy is stored as elastic potential energy and then reinjects the system again to help movement.

In this way you can help in the work of the weak, injured or overloaded muscles or can be used to change movement patterns by pulling the body in one direction or resisting it in another. This can be useful to improve the technique in sport, help in a child with cerebral palsy or help someone who has suffered a stroke.

In simple terms, it provides strong mechanical assistance to reduce the work of injured tissues, help weak muscles or improve movement patterns while allowing movement range, even when complex movements are made such as those required in sport or work.

This is very different from the primary neurophysiological approach described by Kinesiology Tape, where its goal is to lift the skin to create a space in order to relieve pressure on sensitive pain structures and increase circulation.

With Dynamic Tape you can see powerful neurophysiological and circulatory effects, however, our clinical reasoning is based on a rational evaluation of anatomy and biomechanics to determine which tissues are overloaded and what movement failures are contributing to it. Dynamic Tape then applies to address this issue. The tissues do not fail due to pain, they fail due to the load. Dynamic Tape aims to absorb the load extrinsically reducing the load that the body has to dissipate intrinsically.

In addition, in many cases the pain is not yet present and if it is, it does not correlate well with the amount of tissue damage. An approach to movement, function and load allows us to obtain effective results.

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