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Our Trials

Test

The bioenergetic insole designed and created by the 153 New Energy group has the aim of improving performance at a sporting and postural level. In fact, tests were carried out on a heterogeneous group of 10 young athletes aged between 20 and 30 years. Specifically, the tests performed were:


  1. Countermovement jump
  2. Stabilometry
  3. Surface electromyographic analysis during the press exercise

The bioenergetic insole designed and created by the 153 New Energy group has the aim of improving performance at a sporting and postural level. In fact, tests were carried out on a heterogeneous group of 10 young athletes aged between 20 and 30 years. Specifically, the tests performed were:



Stability

Test
...

When analyzing the stabilometry, a tendency towards one emerges greater stability in the orthostatic position, suggesting a possible improvement of overall balance. It is observed a decrease in both lateral oscillations and antero-posterior, accompanied by a reduction in the speed of oscillation, a crucial parameter for optimal balance.

These results indicate a potential increase of balance and physical stability, which are fundamental for successful athletic performance.

Variations of support parameters

Unit of measurement used millimeters mm

Balance test

COP (center of pressure) change

Lateral-lateral displacement variation

Antero-posterior Shift Variation

Placebo

25.52mm/s

1.59mm/s

7.16mm/s

Insoles 153

23.31mm

1.15mm

4.09mm

Results

Reduce by

8.6%

Reduce by

27.7%

Reduce by

42.7%


Counter movement jump

Test
Counter jump movement test

This parameter provides an assessment of the time required for an athlete to generate force. Increasing energy production in sport implies an improvement in the speed of force development, allowing for a greater ability to generate impulse in short periods and over short distances, thus optimizing the application of forces in specific movements

This can translate into greater efficiency in the execution of explosive actions and better reactivity during athletic performances.

2-step analysis

RDF - Rate of Force Development: force expressed in Newton/sec

Explosive strength test

Concentric phase

Eccentric phase

Placebo

1167.14N/s

1618.54N/s

Insoles 153

2804.42N/s

2596.24N/s

Results

Reduce by

140.5%

Reduce by

60%


Leg Press

Teste
...

The electromyographic analysis of the leg press shows a lower activation, on average, of the homologous muscles when using the energy insoles. This translates into a reduction in the neuromuscular imbalance between the different muscle groups listed in the table.

This phenomenon indicates a better neuromuscular rebalancing during strength tests, suggesting a potential increase in efficiency and muscular coordination during the execution of strength exercises.

Test Leg Press Strength Statistics

Unit of measurement used millimeters

Strength test

Diff. between rectus femoris

Diff. between hamstrings

Diff. between semitendinosis

Placebo

43.64%

91.23%

6.31%

Insoles 153

33.43%

83.57%

5.46%

Results

Reduce by

23%

Reduce by

8.4%

Reduce by

14%

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