Evolution training system

Following evolutionary development, the spine was suspended in the shoulder and pelvic girdles and the body weight was distributed over all four limbs so that the axial skeleton did not have to bear any significant load. As humans developed, the front extremities increasingly became gripping tools, the joints developed greater mobility, the muscles, ligaments and fascia developed longer functional chains that enabled larger radii of action, and the joint stabilizers were no longer so important.

The spine developed a triple arch shape so that compression was cushioned, and the lower extremities became instruments of locomotion and transmitters of force. A baby's first year of life impressively shows this development in time-lapse.

 

Civilization-related changes in these functions due to increased sitting, reduced walking distances, and reduced physical strain in everyday life cause the balance of this sophisticated system to become disordered and a variety of factors lead to signs of wear and tear due to incorrect loading and lead to damage to the musculoskeletal system.

 

With the innovative Backmapper Evolution, a training device was developed for the first time that solves exactly this problem. Stretching and exercising in a position that relieves the strain on the spine and trains movement sequences that the brain has stored for thousands of years but no longer needs to be recalled in modern life. The specific Backmapper Evolution training creates specific posture and movement patterns that are essential for maintaining the stability of the skeletal system. Neglected nerve-muscle connections are reactivated and the programs of the sensorimotor brain centers are animated and reorganized. The stretches and tractions in the rear trunk region in particular relieve the pressure on the nerve exits in the spine, the intervertebral discs and vertebral joints, so that the neurogenic information flows undisturbed.

 

The focus on training the muscle groups that are required to stand up against gravity, but are constantly neglected in a predominantly sedentary daily routine, compensates for incorrect strain and promotes an economical range of posture and movement. Optimal load capacity requires symmetry in structure and function; today the basis is only created through differentiated compensation training. Benefit from decades of experience and development.