Case Study

23 to 32 km/h. Nobody Changed His Genetics.

By Anthony Atanasov · August 2026 · Maksim, U16

Maksim came to us at 23 km/h. Quick for his age group. Quick enough that nobody around him thought speed was the problem.

That is the trap. An athlete who is fast relative to his teammates gets told he is fast, and the conversation ends. Nobody puts him on gates. Nobody films him at full speed and looks at what the foot is doing on contact.

So he trains hard for years and the number barely moves. Then someone blames genetics.

What we measured on day one

A 0 to 10m split of 2.45 seconds. A 10 bound of 17.8 metres. A top speed that flattened out the moment he ran out of run up.

None of that is a genetic verdict. It is a list of things to fix.

What three years actually built

The work was not clever. It was force into the ground, measured every single session, for three years.

The bound is the honest number here, because there is no technique to hide behind. Just how hard he can push the floor away, ten times running. It went from 17.8 metres to 27.8 metres.

That is not a marginal gain. That is a different athlete.

Top speed

23 km/h32 km/h

peak 32.7 on a flying 10

First 10 metres

2.45s1.88s

23% quicker off the mark

Bound power

17.8m27.8m

10 bound, +56%

Stride length

2.1 to 2.2m

at top end speed

His first ten metres came down by more than half a second. His top speed climbed nine kilometres an hour. He now covers ground in 2.1 to 2.2 metre strides.

Before23 km/h
After32 km/h

Now slow the film down

At 32 km/h your eyes are useless. He looks smooth. He looks powerful. He beats people. You have to go frame by frame before the problem shows up.

What the footage shows is an athlete carrying almost all of his speed through hip extension. His rectus femoris is long, so he gets a far toe off and covers enormous ground per stride. That is a real gift and it is most of why he is quick.

Then watch the moment his foot lands. That is where he gives it back.

The full frame by frame breakdown. The same analysis every athlete here gets.

The four things costing him

Pelvic Position

His pelvis sits tipped forward. That throws the leg out in front of the body before it lands. Everything downstream is a consequence of this one thing.

Ground Contact Time

Because he lands ahead of himself, he has to drag his own mass over the top of the foot before he can push. Longer on the floor. Less speed out of it.

Blocking, Not Driving

He pulls the ground instead of striking down through it. More of the foot on the floor, more braking, more time lost on every single contact.

Hamstring Load

A leg that lands long absorbs force at length. Every stride. It does not announce itself on the day. It shows up months later as a strain.

A tenth of a second, over and over

Sprinting is not about how hard you push. It is about how little time you spend on the floor while you do it.

In any single stride the cost is invisible. Spread it across forty metres and it is the difference between 32 and 36.

He is not short of engine. He is losing a fraction of what he already has, every time his foot touches the ground.

The road to 36

36 km/h is not a number we picked for a headline. It is where a footballer stops being fast for his level and starts being fast full stop. We have taken more than a hundred footballers past it.

Maksim is close enough that the gap is mechanical, not physical. Get the pelvis underneath him and the same long stride arrives sooner and leaves faster. Nothing about his engine has to change.

We did not change his genetics. We changed what we looked at.

Measure it. Film it. Name the limiter. Then train the thing that actually moves.

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