THE HIDDEN LINK IN EVERY KICK

Watch a football kicker and you’ll hear plenty of discussion about the plant foot, the swing path, hip rotation, or follow-through.

But according to sports medicine physician Dr. Yoav Nagar, one of the most important factors in kicking performance often gets overlooked entirely.

“The kick doesn’t start at the kicking leg,” says Nagar. “It starts with the body’s ability to create stability and transfer force efficiently.”

While most attention is focused on the leg striking the ball, the opposite side of the body is quietly doing much of the work. The foot, knee, hip, core, and upper body on the non-kicking side create the foundation that allows force to travel through the athlete and ultimately into the ball.

When that chain functions efficiently, power and accuracy improve.

When it doesn’t, performance suffers.

“A weak link anywhere in that chain leaks energy,” Nagar explains. “The athlete may not even feel it, but the body compensates. Force gets lost. Accuracy decreases. Injury risk increases.”

This concept is particularly important in kicking sports where small mechanical inefficiencies can produce significant performance differences. A few percentage points of lost force transfer can mean the difference between a successful field goal and a missed opportunity.

For elite athletes, those margins matter.

The challenge is that many movement deficiencies are difficult to identify with the naked eye. Athletes often continue training around dysfunctions without realizing the underlying issue exists.

That’s where modern movement assessment becomes valuable.

At Sports & Spine Rehabilitation Center, Nagar utilizes Corrective Movement Pattern Techniques (CMPT) to evaluate how athletes move as an integrated system rather than focusing solely on the site of pain or performance limitation.

The goal is to identify where force transfer is breaking down and address the root cause.

Sometimes the issue isn’t the kicking leg at all.

It may be a lack of stability in the foot.

A hip that isn’t functioning optimally.

Restricted mobility.

Poor neuromuscular control.

Or a compensation pattern that has quietly developed over years of training.

“When you restore the movement pattern, the athlete often becomes more efficient immediately,” says Nagar. “They’re not simply working harder. They’re moving better.”

The benefits extend beyond performance.

Efficient movement patterns help reduce unnecessary stress on joints, tendons, and muscles. Over time, that can contribute to fewer overuse injuries and a more durable athlete.

In a sports culture obsessed with strength, speed, and power, it can be easy to overlook the mechanics that make those qualities possible.

Yet every movement begins with a foundation.

Every kick relies on a chain.

And sometimes the biggest gains come not from adding more force, but from making sure the force you’re already producing actually reaches its destination.