Skip to main content

Strength & Conditioning and Speed Training in Wilmington NC

Acceleration is the first explosive step—the ability to go from zero to full speed fast. In sport, that first step often decides who makes the play. The athlete who gets from point A to point B quicker has the advantage every time.
By
Coach Matt Secrest
December 18, 2025
Strength & Conditioning and Speed Training in Wilmington NC

Coach Matt Secrest

   •    

December 18, 2025

Acceleration Training: Why Explosive Speed Wins Games.

Acceleration is the first explosive step—the ability to go from zero to full speed fast. In sport, that first step often decides who makes the play. The athlete who gets from point A to point B quicker has the advantage every time.

Outside of technical skill, acceleration is one of the most important qualities athletes can develop. That’s why structured speed training and strength training in Wilmington NC matter—especially in a results-driven sports performance training environment.

At Wilmington Strength, acceleration isn’t a buzzword. It’s a measurable athletic quality we train, test, and improve weekly through intentional athletic conditioning in Wilmington.

How We Improve Acceleration

Our approach follows Verkhoshansky’s Law of Dynamic Correspondence:
If you want to get better at something, your training needs to closely resemble that movement.

Strength training is essential—but squats and bench presses alone won’t make athletes fast.

To improve acceleration, athletes must sprint.

That’s why our athletic performance training in Wilmington NC prioritizes:

  • Resisted sprints

  • Laser-timed sprints

  • Bounds, triple jumps, and broad jumps

Each drill mirrors the mechanics and force demands of acceleration, teaching athletes how to apply horizontal force effectively on the field or turf. This is a cornerstone of our speed training programs in Wilmington.

Why Resisted Sprint Training Works

One of our most effective tools for speed training in Wilmington NC is our resistance sprint machine.

Younger athletes often:

  • Pop upright too early

  • Overstride

  • Heel strike

All three limit acceleration.

The resistance sprint machine corrects these issues by:

  • Forcing a forward lean

  • Maintaining a positive shin angle

  • Teaching athletes to push through the ball of the foot

This improves sprint mechanics and horizontal power, making it one of the most effective tools we use in our sports performance gym in Wilmington NC.

Relative Strength Matters for Speed.

Outside of sprinting itself, relative strength—your strength-to-bodyweight ratio—is critical.

When sprinting, athletes experience forces up to 7x bodyweight with every ground contact. To accelerate efficiently, the body must:

  • Absorb force

  • Control it

  • Reapply it into the ground quickly

That’s where intelligent strength & conditioning in Wilmington NC comes in. Our programs build athletes strong enough to handle high forces without unnecessary mass—improving both speed and durability.

Measuring Speed: Because Results Matter

We don’t guess. We measure.

Athletes are tested regularly using laser-timed 5–10 fly sprints, providing immediate, objective feedback. This:

  • Confirms progress

  • Raises competitiveness and intent

  • Increases effort every session

Athletes love seeing the data. And the truth is simple:

To get faster, you have to run fast.

That’s the foundation of effective speed training for athletes.

Train Where Speed Is Measured

If you know you haven’t reached your full potential—and you’re serious about dominating your sport—it’s time to train with purpose.

At Wilmington Strength, our sports performance training and youth athletic training programs in Wilmington NC deliver real, measurable results:

  • Faster sprint times

  • Better acceleration mechanics

  • Stronger, more powerful athletes

📍 Train at a strength & conditioning gym in Wilmington NC built for performance, not guesswork.

👉 Book a free assessment and start seeing results you can measure, feel, and take straight to the field.

Continue reading