Run Faster With Isometric Training!

⚡ DOES THIS SOUND FAMILIAR?

Most athletes spend years trying to run faster.

They:

👉 squat

👉 deadlift

👉 power clean

👉 jump

👉 sprint

👉 work harder

Honestly:

👉 you’ve probably done most of those too.

And every time you left the gym or track, you probably felt like you were doing everything possible to become faster.

You’ve put in the work.

You’ve gotten stronger.

You’ve followed the advice.

💥 “That’s me.”

And at first:

👉 speed may have improved a little.

But soon after the improvements became harder to find.

You added more effort.

More exercises.

More training.

Yet somehow the speed you were chasing never seemed to arrive.

💥 “That’s me too.”

You then probably got frustrated and decided to try a program or two that promised to make you faster.

Programs that sounded good.

Programs that made sense.

Programs that may have had good intentions.

And maybe you even learned a thing or two along the way.

But what you were really after was faster running speed.

And it either never came or didn’t meet your expectations.

Now you’re probably starting to wonder if it’s even worth trying anymore.

Maybe you’re tired of hearing the same advice.

The same exercises.

The same promises.

Yet something deep inside keeps telling you:

Don’t give up.

💥 I’m better than this.

💥 There has to be something I’m missing.

💥 There has to be a reason speed still isn’t where I want it to be.

💥 There has to be a better answer somewhere.

I just know it.

💥

And there is.

⚡ WHAT THE GYM TAUGHT YOU ABOUT SPEED

Walk into almost any gym and take a look around.

Look at the equipment available for training the legs.

You’ll see things like:

👉 squat racks

👉 leg presses

👉 hack squats

👉 leg extensions

👉 hamstring curls

👉 calf raises

Then look at many of the most popular free-weight exercises for speed and athletic performance:

👉 deadlifts

👉 Olympic cleans

👉 clean pulls

👉 squats

👉 lunges

Now ask yourself:

What muscles are these exercises primarily developing?

👉 glutes

👉 hamstrings

👉 quads

👉 calves

And what movement are those muscles most commonly associated with during sprinting?

👉 pushing into the ground

💥

Now think about some of the most popular speed and plyometric exercises.

👉 box jumps

👉 depth jumps

👉 broad jumps

👉 bounding

👉 jumping rope

At first they may seem completely different.

But ask yourself the same question.

What muscles are doing most of the work?

👉 glutes

👉 hamstrings

👉 quads

👉 calves

And what movement are they primarily helping you improve?

👉 pushing into the ground

💥

The equipment points toward the push.

The exercises point toward the push.

The plyometrics point toward the push.

If nearly every piece of equipment, exercise, and drill you’ve been exposed to points toward the same running movement, it’s only natural to believe that movement IS THE ENTIRE SPEED SYSTEM.

💥

Nothing could be further from the truth.

The problem isn’t that the pushing leg matters too much.

The problem is that the pushing leg isn’t the only thing that helps you run faster.

Not even close.

💥

But that’s what the gym taught you about speed…

whether you realized it or not.

🏃 SPEED IS A SYSTEM

Most athletes think speed is primarily about one leg pushing harder into the ground.

And to be fair:

👉 that pushing leg is incredibly important.

But faster running speed isn’t created by one body part working hard while everything else is simply along for the ride.

Yet after years of push-focused training, that’s exactly what your training has become.

💥

But here’s something you need to know:

during running:

not only does:

• the pushing leg aggressively drive backward into the ground

but also:

• the arms help support and drive that pushing movement more aggressively

• the torso helps transfer and organize movement across the body

• the swing leg aggressively attacks forward to balance the system and continue the next step

Did you know this?

Because if you didn’t…

this is where you begin seeing speed training differently.

💥

If you want to get faster, you must understand:

The pushing leg isn’t working alone.

The arms aren’t simply along for the ride.

The torso isn’t merely holding everything together.

The swing leg isn’t just waiting for the next step.

💥

Every contributor is interdependent upon the others.

Every contributor is actively helping the body run faster.

Every contributor is part of a much larger system.

Why?

💥

Because speed is a system.

⚡ STRENGTH BALANCE

Hopefully by now, you’re beginning to see that:

not only does:

👉 the pushing leg contribute to speed

but also:

👉 the arms contribute to speed

👉 the torso contributes to speed

👉 the swing leg contributes to speed

💥

Each of these contributors matters.

Each of these contributors contributes to faster running speed.

💥

Now here’s the next thing you need to understand:

During running:

not only does:

• the pushing leg aggressively drive backward into the ground

and not only do:

• the arms help support and drive that pushing movement more aggressively

• the torso helps transfer and organize movement across the body

• the swing leg aggressively attacks forward to balance the system and continue the next step

but also..

👉 ALL of this happens at the SAME TIME.

Let’s repeat that…

👉 ALL of this happens at the SAME TIME.

In other words:

these contributors aren’t working independently.

They’re working together within a perfectly timed system.

💥

The swing leg helps balance the aggressive actions of the pushing leg, arms, and torso.

💥

If the pushing leg becomes capable of expressing more force…

👉 then the swing leg must rise in strength to become capable of balancing that increase.

💥

If the arms become more aggressive…

👉 then the swing leg must rise in strength to become capable of balancing that increase.

💥

If the torso becomes capable of supporting greater movement…

👉 then the swing leg must rise in strength to become capable of balancing that increase as well.

💥

In other words:

the contributors don’t simply create speed.

They continuously support and balance one another while creating speed.

💥

As one contributor rises…

the others must rise with it.

💥

AQ calls this:

Strength Balance

💥

This idea may be new to you.

But your body has been operating within these constraints your entire life.

💥

Every time you got faster:

you first raised your Strength Balance.

💥

Every time speed stopped improving:

your Strength Balance stopped rising.

💥

And the way it relates to faster running speed is simple:

💥

Faster speed requires the pushing leg, swing leg, arms, and torso to all continually rise in strength and contribute more to speed together, while remaining in balance with one another. 💥

💥

⚡ THE WEAKEST LINK PRINCIPLE

Now that you know what Strength Balance is…

💥

you can probably see the challenge.

What happens when one contributor rises…

while another fails to keep up?

💥

What happens when the pushing leg becomes capable of producing more force…

but the swing leg doesn’t become capable of balancing that increase?

💥

What happens when the arms become more aggressive…

but the swing leg doesn’t become capable of balancing that increase?

💥

What happens when the torso becomes capable of supporting greater movement…

but the swing leg doesn’t become capable of balancing that increase?

💥

Eventually:

the contributor that isn’t keeping up begins limiting the contributor that is.

💥

Think about a chain.

It doesn’t matter how strong every other link becomes.

The chain is still limited by its weakest link.

💥

The sprint system works the same way.

💥

The strongest contributor doesn’t determine the speed of the system.

The weakest contributor does.

💥

AQ calls this:

The Weakest Link Principle

💥

⚡ WHY GETTING STRONGER EVENTUALLY STOPS WORKING

Now that you understand Strength Balance and the Weakest Link Principle…

you can probably see why so many athletes eventually hit a wall.

💥

At first:

getting stronger often helps athletes run faster.

The pushing leg becomes capable of producing more force.

The sprint system becomes capable of supporting greater speed.

💥

Speed improves.

But eventually something changes.

💥

The pushing leg continues getting stronger.

The rest of the sprint system doesn’t continue rising at the same rate.

💥

Strength Balance stops rising.

When that happens:

the weakest contributor begins limiting the rest of the system.

💥

And that’s when many athletes experience the same frustrating cycle:

👉 improvement

👉 plateau

👉 frustration

💥

Not because they stopped working hard.

Not because they stopped trying.

Not because they suddenly became less athletic.

💥

The sprint system simply stopped rising together.

One contributor continued improving.

Another contributor failed to keep up.

💥

And once that happens:

the weakest contributor begins limiting the entire system.

That’s why many athletes eventually discover something surprising:

💥

Getting stronger and running faster are not always the same thing.

💥

At some point:

the question stops being:

👉 How do I get stronger?

and becomes:

👉 What is preventing my Strength Balance from rising?

💥

⚡ WHY ISOMETRIC TRAINING IS DIFFERENT

Most training methods focus on making individual muscles stronger.

💥

And there’s nothing wrong with that.

At first:

it often works.

The pushing leg becomes stronger.

Speed improves.

💥

But eventually many athletes encounter the same problem.

The sprint system doesn’t simply need stronger muscles.

The sprint system needs stronger support relationships between contributors.

💥

It needs the pushing leg, arms, torso, and swing leg to become capable of producing and supporting greater speed together.

That’s where isometric training becomes different.

💥

Instead of focusing only on how much force a muscle can produce…

AQ uses isometric training to challenge how much force the sprint system can support while remaining balanced.

💥

As tension rises:

the sprint system must continue organizing movement.

The sprint system must continue balancing force.

The sprint system must continue supporting projection.

💥

In other words:

AQ isn’t simply trying to make muscles stronger.

AQ is trying to raise Strength Balance.

💥

Because if you want to get faster…

you must first raise your Strength Balance.

⚡ WHY AQ USES RESISTANCE BANDS

If the goal is to raise Strength Balance…

the next question becomes:

👉 Why use resistance bands?

💥

The answer is surprisingly simple.

As resistance increases:

the sprint system must continue supporting force.

The sprint system must continue balancing force.

The sprint system must continue organizing movement.

💥

The harder the athlete pushes…

the greater the demand placed on the entire sprint system.

💥

That means:

the pushing leg isn’t challenged alone.

The sprint system is challenged together.

💥

The arms must continue supporting movement.

The torso must continue supporting movement.

The swing leg must continue balancing movement.

💥

As tension rises:

every contributor is asked to do more.

💥

And as every contributor is asked to do more…

Strength Balance is challenged.

💥

AQ uses resistance bands because they create an environment where contributors are forced to continually support and balance one another as tension rises.

💥

As tension rises:

Strength Balance is challenged.

As Strength Balance is challenged:

Strength Balance can rise.

💥

And when Strength Balance rises…

speed can rise with it.

💥

This is why AQ doesn’t use resistance bands simply to make muscles stronger.

AQ uses resistance bands to help athletes raise Strength Balance.

⚡ HOW AQ HELPS ATHLETES RUN FASTER

Most speed programs focus on making athletes stronger.

AQ focuses on something different.

💥

AQ focuses on helping athletes raise Strength Balance.

Instead of asking:

👉 How do we make one contributor stronger?

AQ asks:

👉 How do we help the entire sprint system rise together?

💥

Because if the sprint system rises together:

Strength Balance rises.

💥

And when Strength Balance rises:

speed can rise with it.

💥

That’s why AQ doesn’t begin by asking:

👉 How strong is the athlete?

💥

AQ begins by asking:

👉 What is preventing the sprint system from rising together?

💥

Sometimes the limitation isn’t the pushing leg.

Sometimes the limitation isn’t strength at all.

💥

Sometimes the sprint system simply isn’t capable of supporting greater speed together.

That’s why AQ looks beyond individual muscles.

AQ looks beyond individual exercises.

AQ looks at the sprint system as a whole.

💥

Because speed isn’t created by one contributor.

Speed is created by contributors working together within a perfectly timed system.

💥

And if one contributor stops rising…

Strength Balance stops rising.

💥

If Strength Balance stops rising…

speed eventually stops rising too.

💥

That’s why AQ doesn’t simply train muscles.

AQ trains the sprint system.

💥

Because if you want to run faster…

the sprint system must become capable of supporting greater speed together.

💥

⚡ WHAT HAPPENS WHEN STRENGTH BALANCE RISES

When athletes raise Strength Balance…

something interesting begins to happen.

💥

Running often begins feeling:

👉 lighter

👉 smoother

👉 more powerful

👉 more responsive

💥

Many athletes describe feeling:

👉 quicker between steps

👉 more explosive

👉 more athletic

👉 easier movement at higher speeds

💥

Why?

Because the sprint system is becoming capable of supporting greater speed together.

💥

As Strength Balance rises:

the sprint system becomes capable of supporting more aggressive movement.

The sprint system becomes capable of supporting greater projection.

The sprint system becomes capable of supporting faster running speed.

💥

And many of the problems athletes try to fix directly often begin improving on their own.

💥

Things like:

👉 overstriding

👉 reaching

👉 braking

👉 feeling heavy while sprinting

👉 feeling rushed at higher speeds

👉 losing control as speed increases

💥

Not because athletes are consciously trying to fix those things.

But because the sprint system is becoming more capable of supporting greater speed.

💥

In other words:

many common running problems are often symptoms of a sprint system that isn’t yet capable of supporting the speed the athlete is trying to produce.

💥

As Strength Balance rises…

those symptoms often begin disappearing.

💥

This is why AQ focuses on raising Strength Balance first.

💥

Because when the sprint system becomes capable of supporting greater speed…

faster running often becomes a natural result.

⚡ WHY ATHLETES ARE OFTEN SURPRISED BY THEIR RESULTS

Most athletes begin AQ expecting one thing…

💥

To get stronger

What many athletes don’t expect is how differently running begins to feel.

💥

Athletes often report feeling:

👉 quicker

👉 lighter

👉 more explosive

👉 smoother at higher speeds

💥

Many describe feeling:

👉 faster without trying to force speed

👉 more confident sprinting aggressively

👉 more comfortable at higher running speeds

💥

Why?

Because AQ isn’t simply trying to increase force production.

AQ is helping the sprint system become more capable of supporting force production.

💥

As Strength Balance rises:

the sprint system becomes capable of expressing more speed without losing balance.

💥

And when that happens:

athletes often discover they are capable of running faster than they thought possible.

💥

The goal isn’t simply to train harder.

The goal is to create a sprint system that can support greater speed.

💥

That’s exactly what many AQ athletes have experienced.

⚡ ATHLETE RESULTS

The concepts behind AQ are important.

But results are what matter most.

💥

Over the years:

AQ athletes have reported improvements in:

👉 sprint speed

👉 acceleration

👉 explosiveness

👉 agility

👉 overall athletic performance

💥

Many athletes also describe something else.

Running begins feeling different.

💥

Athletes often report feeling:

👉 lighter

👉 quicker

👉 more responsive

👉 more confident at higher speeds

💥

For many athletes:

the biggest surprise isn’t simply getting faster.

💥

The biggest surprise is how much easier faster running begins to feel.

Instead of fighting for speed…

the sprint system becomes more capable of supporting speed.

💥

Instead of forcing movement…

the sprint system becomes more capable of producing movement.

💥

That’s what many AQ athletes experience as Strength Balance rises.

💥

🏃 RUN FASTER WITH ISOMETRIC TRAINING

If you’ve made it this far…

you already understand something most athletes never do.

💥

Speed isn’t simply about producing more force.

Speed is about creating a sprint system capable of supporting more force while remaining balanced.

💥

You’ve learned:

👉 Speed is a system.

👉 Strength Balance must rise.

👉 The weakest contributor limits the system.

👉 Getting stronger and running faster are not always the same thing.

💥

AQ was built around a simple idea:

👉 If you want to run faster, you must first raise your Strength Balance.