Why Talent and Skill Can Hide the Mechanical Flaws That Eventually Limit an Athlete

Youth sports has a habit of judging development by what an athlete can do today.

A 12 year old hockey player scores 50 goals and gets labeled elite. A 13 year old soccer or lacrosse player dominates because they are faster, stronger or more skilled than everyone around them. Sometimes those athletes continue on that trajectory, and sometimes they don’t.

The problem is that results tell us what an athlete produced, but they don’t necessarily tell us how they produced it. The how is what I’m most interested in because, over time, it’s often what determines an athlete’s ceiling.

Talent Can Hide a Lot

Talented young athletes are great compensators. A hockey player with exceptional hands, instincts and a great shot can compensate for inefficient skating. A soccer player who reads the game exceptionally well can compensate for poor acceleration mechanics. A naturally powerful athlete can overpower kids their own age despite inefficient movement.

At 12 or 13, those compensations can produce tremendous success. But I’m not only concerned with how good an athlete is at 12. I’m evaluating whether the way they move today will allow their talent to continue developing at 16, 18, 21 and beyond.

That’s a completely different way of looking at development.

What I’m Looking At

When I evaluate an athlete, I’m looking beyond the puck, ball, goals and points. I’m looking at posture, foot and ankle stability, knee and hip position, trunk control, acceleration, deceleration, force production, coordination and timing.

In skating, I want to see whether the athlete can maintain position and transfer force efficiently into the ice. In sprinting, I’m looking at whether the foot, ankle, knee and hip are working together, whether the foot is landing where it should, whether the shin angles are appropriate and whether the athlete can maintain posture while applying force.

Most importantly, I want to see whether the body is functioning as one coordinated kinetic chain.

An athlete can be faster than everyone else in their age group and still be an inefficient sprinter. A hockey player can be one of the best players on the ice and still be an inefficient skater. When athletes are young, their talent can allow those deficiencies to remain hidden for years.

Eventually the Game Gets Faster

As athletes move up levels, the environment changes. Everyone becomes more talented. Opponents are stronger, defenders close space faster, transitions happen quicker and decisions have to be made almost instantly. The time and space an athlete once had begins to disappear.

The great hands and shot haven’t gone anywhere, and the athlete hasn’t suddenly lost talent. The problem is that they may no longer be able to get themselves into position quickly enough to use those skills.

This is where mechanical deficiencies that were almost invisible at 12 can become significant at 17 or 18. Poor posture, collapsing ankles, knee valgus, inadequate hip stability, inefficient stride mechanics and poor trunk control all create leaks in the system.

At lower levels, talent can overcome those leaks. At elite levels, where fractions of a second matter, those same deficiencies can become the difference between making a play and never getting the opportunity to make it.

Division I Skill Without Division I Movement

One of the most frustrating things I’ve encountered during my career is an older athlete who possesses Division I level skill, intelligence and competitiveness but is limited by one of the most fundamental requirements of their sport. They simply can’t sprint or skate efficiently enough to fully express their ability.

At that point, we’re trying to correct movement patterns that may have been reinforced through thousands of repetitions over many years. They can absolutely still improve, and I’ve done it with plenty of athletes, but my first thought is always the same:

Imagine if we had addressed this when they were 11 or 12.

That’s why early intervention has become such a priority in my program at Kaifas Athlete Development.

Working Out Isn’t the Same as Training

This is an important distinction for parents.

Having your child work out somewhere is not necessarily the same as having them trained for long term athletic development. An athlete can lift weights, run, jump, sweat and leave exhausted. It may have been a great workout, but the more important question is: what was actually developed?

Training requires evaluation. It requires understanding how an athlete moves, identifying deficiencies and then building a plan around what that individual athlete needs.

My priority isn’t simply making a young athlete stronger or putting them through difficult workouts. I want to identify the mechanical limitations that could eventually hold them back and intervene while they are still developing, before those limitations become deeply ingrained movement patterns.

That’s a major reason I’ve been able to take athletes who may have had average success when they were younger, but possessed underlying talent, and help them eventually perform at elite levels. They didn’t suddenly become talented. We developed the physical and mechanical foundation that allowed their talent to come out and continue developing.

Stability Before Speed

My progression at Kaifas Athlete Development is straightforward:

Stability → Mechanics → Force Production → Speed

Before chasing speed, I need to know whether an athlete can control the positions required to produce it. Can they stabilize the foot, ankle, knee, hip and trunk? Can they maintain posture? Can they control deceleration? Can they produce force without their mechanics breaking down?

Once they own those positions, we can progressively add strength, power and speed. Instead of simply making the athlete stronger or more powerful, we’re building those qualities on top of a movement system capable of actually using them.

That’s how physical development becomes transferable to sport.

A bigger engine doesn’t solve the problem if the transmission can’t transfer the horsepower.

Speed Is a Skill

Speed isn’t simply something you’re born with. Strength, power, genetics and tendon qualities certainly matter, but sprinting and skating are also highly coordinated motor skills.

Posture, stability, joint angles, force direction, timing and coordination all contribute to how effectively an athlete moves. That’s why simply getting stronger doesn’t automatically make someone a great sprinter, and skating harder doesn’t automatically make someone a better skater.

Mechanics have to be taught, evaluated and continually reinforced.

International development systems recognize this. Swedish hockey has long emphasized skating and technical development within its youth pathway. Hockey Canada’s development pathway treats skating as foundational to virtually everything that follows. Elite soccer development systems similarly emphasize movement quality, running mechanics, acceleration and technical development rather than simply telling young athletes to run harder.

The principle behind all of these approaches is the same: develop the foundation early so higher level performance has something to build on.

The Developmental Advantage of Starting Early

This is why I want athletes in my program early.

It’s not because a 10, 11 or 12 year old needs to train like a professional athlete. In fact, it’s almost the opposite. Those years give us an incredible opportunity to teach.

I can identify an unstable ankle before thousands of skating strides reinforce it. I can address knee and hip stability before increasing strength and power. I can teach acceleration and deceleration mechanics before poor patterns become automatic.

Then, as the athlete gets older, something important begins to happen. Every additional year of strength is being added to better mechanics. Every increase in power has a more efficient structure through which it can be expressed. Every improvement in sport specific skill can eventually be performed at greater speeds.

Those improvements don’t happen independently of one another. They compound over years.

That is long term athlete development.

Build the Base of the Pyramid

I think of athletic development as a pyramid.

At the top is sport specific skill: the hands, the shot, finishing, passing and playmaking. At the bottom is athleticism: stability, coordination, skating and sprint mechanics, acceleration, deceleration, strength, power and movement efficiency.

Youth sports often becomes obsessed with the top of the pyramid. More skills sessions, more shooting, more specialized coaching and more games.

Those things absolutely have value, but the peak can only rise as high as the base underneath it allows.

That’s why my priority is developing the base. I’m not trying to build the best 12 year old athlete. I’m trying to give that 12 year old the physical and mechanical foundation to become the best 18, 21 or 25 year old athlete they are capable of becoming.

Some of the athletes who eventually become elite aren’t necessarily the most dominant athletes at 12. They simply have more room to develop, and when the right foundation is established early, strength, power, speed and skill can continue to be added to it year after year.

That’s what I’m trying to create.

Talent can hide poor mechanics for a long time, but eventually the game exposes them. That’s why the priority should be to evaluate early, intervene early, teach movement correctly and build the foundation before continually adding strength, power, speed and skill on top of it.

That’s not simply working out.

That’s athlete development.