But from the 1990s to now, the rear side mechanics and the rear side technology are still dominated by. That is to say, although the hips are given, the performance of the technical mode and the use of biomechanics are still regarded as a relatively important point.

The superstition that really began to break down might have lasted for a century was the emergence and popularization of the frontal mechanics system.

Front-side mechanics completely liberates the front-side technology, allowing everyone to truly realize that vertical force is the most important standard.

This is why front-side technology attaches great importance to vertical force.

This is the relationship.

Moreover, it not only narrows the range of the rear pedal, but also completely makes people understand that too much rear pedal will not only not be faster, but will instead cause athletes to lose their center of gravity and reduce displacement. The most important point is... it will falsely increase the length of time the legs are on the back.

And this is what the front-side technology should try to avoid.

Therefore, in the front-side technology and front-side mechanics system, running on the way requires fighting against gravity. This is the relationship between gravity and will allow you to land faster during running. In order to break free from the natural sense of landing brought by gravity, increase the body's vertical force as much as possible in a short period of time, so that the body can obtain air energy and obtain greater displacement space.

In the new mechanical system, the rear pedal has changed from being the most dominant position in the past to no longer being a producer who simply generates horizontal forces, but has transformed into being to offset the horizontal resistance running along the way.

Technology is still the same technology, but when cognition changes, the mechanical relationship will also change, and the connection between technology and technology will also change.

This is the significance of scientific development of track and field.

In order to resist the gravity that comes with the human body, how to generate more vertical forces at this time is the key to maintaining speed.

And what method is best to obtain which vertical force?

The answer is that the vertical force generated by downward pressure is the best choice.

Then use the rear pedal as an auxiliary.

This is what the front side mechanics system needs.

You have to understand these basic points before you know why Su Shen has to do a new technical move to low and restore.

Because the faster the speed, the greater the vertical force is needed to be obtained so that it can be faster and maintain the speed longer.

Starting from this vertical force, front mechanics will gradually show superiority beyond the original mechanical system.

Low heel recovery is one of the methods and techniques.

As long as you do it, you can even never have to actively fold it again, and it will naturally enhance the effect of hip delivery and folding running.

Doesn’t you need to take the initiative to fold any fold?

Is this the classic nowadays?

It's true.

Because in the frontal mechanics system, almost all bad things happen on the back of the body.

Almost everything good happens on the front side of the body.

As long as you take the initiative to fold, data and a lot of research have proved that more problems will occur in kicking the calf or braking afterwards.

Therefore, only when you are doing folding technology and do it as much as possible, can you avoid the negative effects of folding to the greatest extent.

Then, Su Shen is the answer now.

Why is Su Shen much faster than what Gatlin's team thinks after exploding for six seconds?

This is the solution.

When folding, you will kick your calves less, so will it naturally be faster?

When folding, there will be less back flipping, will it become stronger?

Yuan Guoqiang and the others actually just felt that there was a change, and Randy told them specifically, otherwise they probably wouldn't have noticed it themselves.

Can this new technology reduce kicking in the calf? Can it further reduce the rear lifting?

These two are just...the temptation explosion.

If it weren't for what Randy said, and if I hadn't seen it with my own eyes, I would probably not believe it. There would be technology that faces these seemingly unsolvable problems in folding.

Is there even a further effect of reducing braking?

This new technology is really too powerful, it just seems that ordinary athletes... cannot get started at all.

Not to mention Gatlin, even Blake was running and realized something was wrong.

Why is Su Shen so fast here?

Could it be that the six-second super three stage was triggered?

No.

How could his current strength trigger the third level of the six-second burst?

But, it is not fake that it is obviously faster and harder to catch up?

This is not the most terrifying thing...

The most terrifying thing is.

Low heel recovery has an unparalleled effect for the future. If you know it, you can add an additional effect entry.

That's...

Directly increase the number of steps!

It is natural that there is no need to say how important this is in the entire sprint event.

As long as you pretend to be solid, it means you have obtained an effective pace frequency improvement for no reason. Naturally, you will run sharper and more impactful on the way.

Especially when eaten with the front side mechanical edible, it is even more crispy!

PS: The technical chapters are difficult to write, so they will be slower, but I hope that after you understand, you will naturally understand later. What does this mean for Su Shen, why it will be further improved, and why it will break the limit.

I have to say that sprinting has been improving. You can’t find much information even if you search for these new technologies. The previous "three-by-one" model really can’t keep up with the times. Su Shen’s future sprinting is technical, it’s really right. When I wrote it, I thought... it was really awesome, and this may also be the charm of science.
Chapter completed!