The Su God of the Reopening of the Sports Arena

Chapter 2563 This may be... the only way to counter superhuman speed.
After 30 meters, he enters the middle of the race, where Bolt's high leverage and center of gravity swing system are designed to fully unleash the absolute range of his instantaneous top speed of 12.78.

This is also the core stage where Su Shen, relying on his 181cm height, upgrades his ultimate frontal technology to compete.

His height of 181cm allows him to break through the stride limitations of traditional short-statured frontal techniques while retaining the core stability typical of Asians and leveraging the advantages of fascial transmission. He doesn't need to replicate Bolt's power-based speed; instead, he reconstructs his frontal techniques to be tailored to his height.

Transform height into a "technical advantage for front-side power generation".

At the same time, it raises its own top speed limit, optimizes power and range during the run, and transforms Bolt's speed advantage into a passive state of "only being able to narrow the gap but not being able to overtake".

The core idea is to use "precise height-adapted frontal force" to counteract "violent height-based physical speed".

Bolt's breakthrough of 12.78 seconds to the top speed was mainly due to the extension of the lever arm resulting from the large lever, which in turn amplified the torque and exponentially increased the thrust. Suarez's height of 181cm is just right to achieve a precise extension of the front force line within the framework of the ultimate front-side technology.

This differs from Bolt's indiscriminate lever arm amplification.

By generating horizontal thrust from the front, a "linear increase in height" is achieved, directly raising the baseline threshold for one's top speed during the run and fundamentally reducing the speed gap with Bolt.

Therefore, the core adjustments after entering the mid-race phase are:

The force line of the arm swing on the front side of the upper limb is extended.

It retains the core of the ultimate front-side technology, "arm swing close to the body, elbow not raised", and precisely widens the arm swing range according to the shoulder height of 181cm.

Keep your upper arm close to the front of your body at all times, and adjust the elbow angle from 90 degrees at the start to 100 degrees. Utilize the natural length of your 181cm upper limb to extend the front pull and push force line of the arm swing by 10-15cm.

Each swing of the arm increases the forward traction force synchronously, and does not generate any vertical upward component force throughout the entire stroke, serving only the horizontal forward thrust.

The force line of the lower limb pushing off the ground is extended.

Leveraging his 181cm leg length advantage, he optimized the "pushing and digging" motion of his front technique—keeping his knees constantly pushing forward.

After the foot touches the ground, it is no longer a short-distance digging motion, but rather the leg length is used to extend the force line of the digging motion on the front side, so that the transmission path of the ground reaction force is perfectly matched with the fascial chain of the 181cm lower limb.

The force exerted by the front and rear thigh lines is no longer limited by the force line length of the short leg, and the horizontal thrust of each push-off can be precisely amplified according to the leg length.

And it maintains "zero vertical bounce" throughout the entire process.

The force transmission line on the front side of the core is extended.

A height of 181cm increases the longitudinal length of the torso, requiring the core to be tightened from the abdomen forward to the lower chest, so that the forward force line of the upper limb swing and the lower limb push-off forms a "seamless conduction band" on the longer front of the torso.

Avoid the disruption of force lines caused by increased height.

Ensure that the extended force lines of the upper and lower limbs can be transmitted through 100% superposition of the core.

This creates a horizontal thrust that is greater than the sum of its parts (1+1>2).

That is:

Bolt's lever arm amplification is "amplified for extreme speed, resulting in some vertical force loss," while Suarez's front force line extension is "precisely adapted for front force generation, with zero additional loss." Although it cannot reach the top speed of 12.78, it can raise his own top speed from "the threshold of traditional front technology" to a new level.

This changed Bolt's speed advantage from "crushing" to "slight," with the rate of narrowing the gap after 30 meters significantly decreasing.

Frontal force line extension technology!
This is to amplify the horizontal thrust advantage of height and raise the base speed of oneself!
let's go!

Bang bang bang.

Bang bang bang.

But relying on this is definitely not enough.

To fight against such terrifying humans who are destined to die, you need to be at a much higher level.

So, the hip-driven forward axis technology—utilizing the hip advantage of a height of 181cm, achieves uninterrupted power supply to the front side.

Compared to Bolt's instantaneous top speed of 12.78, there is a "power gap caused by the swaying of the center of gravity".

There will be a millisecond-level pause in thrust at the moment of potential energy conversion.

Su Shen's height of 181cm gives him a natural advantage in hip position and fascial chain length. Through the hip forward delivery axis-fixed technique, the "anterior hip delivery" of the ultimate anterior technique is transformed from "dynamic connection" to "fixed axis continuous output".

This ensures uninterrupted power supply to the front, maintaining its forward momentum during the power gaps of Bolt, preventing him from overtaking quickly by "power superposition" even when he reaches top speed.

The core technological adjustment here is:

Anterior hip axis locking.

Based on the vertical height of the hips at a height of 181cm, the hips are firmly locked at a fixed axis point on the front midline of the body, without any left or right rotation or up or down movement, only maintaining a uniform forward hip thrust—unlike Bolt, whose hips shift left and right due to the swaying of the center of gravity.

Su Shen's hip axis fixation ensures that the power output of the anterior hip thrust is always in a straight line, and the fascial tension of the anterior thigh line and the anterior core remains stable, without any power loss due to hip swaying.

The hip extension range should be matched with the height.

The 181cm leg length allows for precise elevation of the hip thrust to "the front swing of the thigh is at a 15-degree angle to the ground".

It's better than my previous technique, which was 10 degrees due to my short stature.

Utilize the advantage of leg length to allow the forward thrust of the hip to cover a longer stride range.

This allows each hip thrust to seamlessly connect with the lower limbs in a "forward leg swing + push-off and ground-pulling" motion, ensuring uninterrupted output of forward power while increasing stride length.

Hip-core anterior fascia linkage.

Bind the iliopsoas muscle on the front of the hip to the rectus abdominis muscle on the front of the core with fascial tension.

The 181cm torso length in this life allows these two sets of fascia to form a longer linkage transmission chain. At the moment the hip moves forward, the anterior core fascia tightens simultaneously, directly transmitting the anterior thrust of the hip to the upper limb, driving the anterior traction of the swinging arm.

This forms a closed-loop anterior dynamic system of "hip delivery → core transmission → upper limb pull".

There was no interruption of power throughout the entire process.

In other words, Bolt's top speed is a "pulsating peak top speed," while Suarez achieves a "linear stable top speed" through this technique. During the middle race after 30 meters, the power gaps in Bolt's center of gravity swings are the key for Suarez to maintain the gap.

Even though Bolt's peak speed is higher, Suarez's top speed range is more stable, and the gap between his average speed during the overall forward acceleration and Bolt's is narrowed.

This prevents Bolt from easily creating a situation where he can "overtake in one sprint".

After another 10 meters, I need to unleash even greater speed.

Who told the person behind him to be named Usain Bolt?
Here, Su Shen has to do something even more difficult.

That is, to break away from the "front-side technology theory based solely on stride frequency" and achieve a precise balance between stride frequency and stride length.

In the previous life, the ultimate frontal technique was limited by the height of the players, such as himself, and was mainly based on "high stride frequency and small stride". Now, Su Shen's height of 181cm gives him the basic conditions to "maintain stride frequency and accurately improve stride".

The cadence-stride adaptation technology can be used to preserve the core advantage of high cadence in people of East Asian descent.

Achieving a "lossless increase" in stride length by utilizing height.

Maximize the product of your stride frequency and stride length during the race to directly increase your overall forward speed and reduce the stride length gap with Bolt.

Bolt's exceptional stride length is a physical advantage brought by his height, while Suarez uses technique to adapt his stride length to his height, rather than relying on brute force.

The technical adjustments here are:

Maintain a minimum cadence and slightly increase stride length by utilizing height.

It retains the high-frequency core of the ultimate front-side technology.

During the run, maintain a cadence no lower than your peak cadence throughout the entire distance.

Leveraging his 181cm leg length and hip advantage, he increases his stride length with "zero vertical bounce and zero force line deviation".

The core of stride length improvement comes from "the extension of the amplitude of the front hip drive" and "the extension of the force line of the front ground pull", rather than the traditional "pushing off the ground and jumping upwards, swinging the arms outwards".

This ensures that stride length increases without any decrease in stride frequency, achieving the dual effect of "stable stride frequency and increased stride length".

Ground contact time is adapted to height.

A height of 181cm results in a longer transmission path of ground reaction force at the moment the foot touches the ground. Therefore, the "short touch" of the forefoot technique needs to be optimized into a "precise touch"—not by deliberately compressing the contact time. Instead, based on the fascial chain length of the lower limbs at 181cm, the contact time is adjusted to "just enough to allow the ground reaction force to be fully transmitted to the front of the core." This retains the core principle of the forefoot technique—"power generation upon contact, and lift-off upon power generation"—while utilizing height to allow for more complete absorption of the reaction force.

Avoid ground contact imbalance caused by increased stride length.

Rhythmic binding of arm swing and stride.

The frequency of the upper limb forward arm swing is precisely matched with the rhythm of the lower limb stride in a 1:1 ratio.

With his current shoulder height of 181cm, Su Shen's complete forward pull or push of the arm swing perfectly matches a complete forward push and leg swing of the lower limbs. This increases stride length while the forward traction of the arm swing can fully drive the forward stride, forming a rhythmic closed loop of "the arm swing pulls one step, the stride increases one foot".

Ensure that every inch of stride increase is supported by the power of the front swing arm, with no wasted stride.

In other words, as the two continued to increase their speed along the way.

Bolt's "long stride + low stride frequency" is a purely physical advantage of his height, but the natural limitation of his stride frequency limits the product of his "stride frequency × stride length".

Su Shen's approach is a combination of "high stride frequency + precise stride length improvement," which is a combination of technique and height. The product of these factors makes the improvement more efficient. In the middle of the race after 30 meters, Su Shen's every step forward achieves a balance of "fast stride frequency and sufficient stride length."

This significantly diluted Bolt's advantage of a long stride. Even though his stride distance was longer, Suarez's distance covered per unit time was much smaller than Bolt's, and the speed at which the gap narrowed was firmly controlled.

The wind was blowing even more fiercely at this time.

There's no way around it; strong winds are common in high-altitude areas.

This is quite normal.

Strong winds mean that crosswinds will also be stronger.

However, under normal circumstances, with current technology, it is impossible to take into account crosswinds.

Can……

Su Shen isn't a person from this era.

His current physical strength is sufficient; he has the means to accomplish things that are impossible in this era.

Moreover, with the arrival of a rapid explosion.

You need to prepare in advance.

Front core wind pressure resistance technology.

This is the answer sheet that Su Shen has submitted.

Leveraging his 181cm height and torso advantage.

It withstands the crosswind pressure brought by Bolt's extreme speed.

Bolt's instantaneous top speed of 12.78 will create strong crosswind and wake pressure on the track.

The natural physical effects of a tall body moving forward at high speed.

Previously, being shorter, my forward techniques were easily disrupted by wind pressure due to my shorter torso and smaller core support area, leading to distorted movements and power loss. But now...

Su Shen's height of 181cm gives his torso a natural advantage in terms of longitudinal support area and stress-bearing area on the front side of his core. Through the front core wind pressure resistance technology, his height is transformed into a "technical advantage in wind pressure resistance".

This is the terrifying core that has been forged through years of collaboration.

Despite the impact of Bolt's high-speed wind pressure, he maintained the perfect form of his front-side technique without any deformation.

Ensure continuous power output from the front.

Bang bang bang.

Bang bang bang.

The core front is tightened in multiple layers to adapt to the wind pressure force of different heights.

The front of the core is divided into three levels: "lower abdomen, middle abdomen, and lower chest". Based on the wind pressure stress points of a 181cm torso, multiple levels of gradient tightening are applied.

The lower abdomen mainly counteracts the upward force of the wake pressure, the middle abdomen mainly counteracts the lateral thrust of the crosswind pressure, and the lower chest mainly counteracts the air resistance caused by the forward movement of the head. The tightening force of the three levels is dynamically adjusted according to the wind pressure.

With a trunk length of 181cm, the force of wind pressure is dispersed in all directions on the front side of the core, preventing a shift in the center of gravity at a single point of force.

The torso is slightly tilted forward to define the shape, using height to cut through wind pressure.

It retains the core of the ultimate forward-leaning technology, "forward torso lean," and precisely adjusts the forward lean angle to 18 degrees based on a height of 181cm.

Previously, the shortness was 15 degrees.

This is to use a longer torso to form a "front cutting surface", allowing the crosswind pressure and wake pressure on the track to slide naturally along the sloping surface of the front torso, reducing the direct impact of wind pressure.

At the same time, the 18-degree forward tilt angle ensures that the force line on the front side of the core remains horizontal and forward, and does not deviate due to cutting wind pressure.

The front of the shoulders and back is tightened for support, enhancing the body's height and wind resistance.

A shoulder height of 181cm allows the trapezius and pectoralis major muscles on the front of the shoulders and back to form a wider support surface. During the run, the front of the shoulders and back are slightly tightened, keeping the shoulders in a "downward and forward" posture, which avoids the shoulders rising due to wind pressure, etc.

Common problems with traditional front-side technology.

Furthermore, the wide shoulders and back form a "front windproof barrier" to reduce the interference of wind pressure on the upper limb swing and ensure that the force line of the front arm swing remains stable.

Bolt's high-speed wind pressure is his "built-in physical suppression weapon," while Suarez uses his new 181cm height to give him the "basic conditions for countering nuclear weapons."

Su Shen aims to use this technology to transform his physical advantage of height into a "technical advantage in wind pressure resistance."

Despite Bolt's high-speed impact, he maintained the perfect form of his front-side technique without any loss of power or disruption of rhythm.

In this way...

Even if Bolt reaches a top speed of 12.78.

It is also impossible to reduce Su Shen's forward speed through "wind pressure".

Naturally, it is impossible to quickly narrow the gap or even surpass it.

Followed by.

A rapid surge is imminent.

This is also Bolt's most ferocious trait.

No matter where Bolt was at any point in time, this was always his most ferocious spot.

at this time.

That's the real test.

Can it hold out?

All of the above was just preparation.

This is the moment to see.

Su Shen watched as the explosion point drew near.

Follow the breaking point.

Suddenly.

This was one of his biggest advantages this time.

This is also the super speed he could think of to counter humans exceeding 46 kilometers per hour.

The only way.