🧠 Introduction
Most athletes spend a lot of time thinking about:
👉 force
👉 power
👉 explosiveness
👉 pushing harder into the ground
And that makes sense.
Because sprinting obviously requires force.
The harder and more effectively athletes can push into the ground:
👉 the more speed they can potentially create.
But very few athletes think about:
👉 counterbalance.
That is interesting.
Because sprinting does not only require aggressive movement.
It also requires aggressive movement to remain balanced and supported while it is happening.
AQ believes this is one of the most overlooked ideas in sprinting.
Because every time an athlete becomes more aggressive on one side:
👉 something must also help support, stabilize, and counterbalance that aggression on the other side.
Otherwise:
• movement becomes harder to control
• sprinting often feels heavier
• timing between steps becomes harder to maintain
• top speed becomes harder to support
That changes how speed should be viewed.
Because sprinting is not simply:
❌ producing force
It is:
💥 producing force while continuously balancing and supporting that force from step to step.
AQ calls this:
💥 counterbalance.
And understanding counterbalance may completely change how you think about sprinting.
⚖️ What Does Counterbalance Mean In Running?
To understand counterbalance, it helps to first think about how the body is built.
The body is not one straight structure.
It is:
• two legs
• two arms
• attached to a central torso
And the legs are positioned away from the center of the body.
That matters.
Because every time one leg produces force:
👉 it creates movement that must be balanced elsewhere in the body.
In other words:
💥 aggressive movement on one side creates balancing demands on the other.
At lower speeds, those balancing demands are relatively small.
But as sprint speed rises:
• pushing-side aggression rises
• force production rises
• projection rises
• movement becomes more aggressive
As those demands rise:
💥 counterbalance demands rise too.
This is where AQ begins viewing sprinting differently.
Because AQ does not see speed as simply:
❌ one leg producing more force
Instead, AQ views speed as:
💥 the pushing side becoming more aggressive while the swing side continues rising enough to support, stabilize, and counterbalance that aggression.
That relationship becomes extremely important as sprint speed continues rising.
💥 Counterbalance Is Bigger Than Just The Legs
At first, counterbalance may sound like a simple leg-to-leg relationship.
One leg pushes.
The other side helps balance it.
Simple.
But sprinting is actually much more complicated than that.
Because during sprinting, not only does:
• the pushing leg aggressively drive backward into the ground
but also:
• the arms aggressively support that pushing-side force
• the torso rotates to support that force expression
• the swing side aggressively attacks forward
👉 ALL at the SAME TIME.
That changes everything.
Because the body is no longer trying to balance one moving leg.
It is trying to continuously balance and stabilize multiple aggressive force expressions happening simultaneously.
As sprint speed rises:
👉 pushing-side aggression rises
👉 arm aggression rises
👉 torso involvement rises
👉 swing-side counterbalance demands rise
All together.
This is one reason AQ believes counterbalance becomes very important as speed continues rising.
Because faster sprinting does not simply create more force.
💥 it creates a much larger balancing problem for the body to solve.
🌪️ Counterbalance Is Not Just Left-Right Balance
When many people hear the word balance, they imagine:
👉 staying upright
👉 not falling over
👉 keeping the left and right sides equal
But AQ is describing something much more dynamic.
Because sprinting is not simply a left-right balancing problem.
It is also a rotational balancing problem.
Think about performing an oblique sit-up.
As you rotate your torso:
👉 muscles on one side of the body become active
👉 muscles on the opposite side must help control and balance that rotation
The movement revolves around the spine.
Sprinting works similarly.
Because during sprinting:
• the pushing leg produces force
• the arms support that force
• the torso rotates to help transfer that force
• the swing side helps counterbalance those force expressions
All of this occurs around the body’s center.
👉 the spine.
That means counterbalance is not simply:
❌ left side versus right side
It is:
💥 multiple force expressions being continuously balanced around the body’s central axis while sprinting.
As sprint speed rises:
👉 rotational demands rise
👉 counterbalance demands rise
👉 support demands rise
Together.
This is one reason faster sprinting creates a much larger balancing challenge for the body than most athletes realize.
🦵 Why The Legs Are Not Simply Opposite The Arms
Many sprint explanations describe the body as a collection of opposite-moving limbs.
From a side view, that appears true.
One arm moves forward while the opposite leg moves forward.
The other arm moves backward while the opposite leg moves backward.
Simple.
But AQ believes this picture misses something important.
Because the arms and legs are not performing the same job.
Both arms are free to swing through space.
But only one leg is free to swing at any given moment.
The other leg is attached to the ground and actively helping project the body forward.
That changes everything.
Because one leg is acting as a pushing leg.
While the other leg is acting as a swing leg.
Those responsibilities are not identical.
They create different force demands.
Different support demands.
And different counterbalance demands.
AQ therefore does not view sprinting as simply:
❌ opposite arms and opposite legs moving together.
Instead, AQ views sprinting as:
💥 a pushing side and a counterbalancing side continuously working together while both legs remain committed to the same objective:
👉 moving the body forward.
🌪️ Why The Arms And Torso Follow The Pushing Side
This is where counterbalance becomes even more interesting.
Because AQ does not view the arms as simply swinging opposite the legs.
Instead, AQ views the arms and torso as supporting the pushing side.
That is an important distinction.
Because at any instant during sprinting:
👉 one leg is pushing into the ground
👉 one leg is swinging through space
Those are different responsibilities.
But the arms and torso are not neutral observers.
They actively contribute to the pushing side.
Think about performing an oblique sit-up.
As you rotate upward:
👉 one side of the torso becomes heavily involved in producing and supporting rotation
👉 the opposite side helps control and balance that movement
The movement revolves around the spine.
Sprinting works similarly.
Because during sprinting:
• the pushing leg aggressively drives force into the ground
• the arms support that pushing-side force expression
• the torso rotates to help transfer and support that force expression
• the swing side helps counterbalance those force expressions
👉 ALL at the SAME TIME.
That means the body is not simply balancing left versus right.
It is continuously balancing aggressive rotational force expressions occurring around the spine.
This is one reason AQ views counterbalance as a relationship between:
💥 the pushing side
and
💥 the counterbalancing swing side
rather than simply opposite arms and opposite legs.
Because every increase in pushing-side aggression creates a corresponding increase in counterbalance demand on the opposite side.
But sprinting happens very quickly.
The pushing side does not remain the pushing side for long.
As soon as the foot leaves the ground:
👉 the former pushing side begins becoming the next swing side
👉 the former swing side begins preparing to become the next pushing side
The roles continuously alternate from step to step.
Just as the pushing leg alternates with each step:
👉 counterbalance alternates with each step too.
This is one reason counterbalance is not a one-time event.
It is an ongoing relationship that must continuously reorganize itself during sprinting.
AQ views this as a continuous commitment by the body to remain on schedule while aggressive movement continues rising.
Because faster sprinting requires the body to repeatedly exchange:
• pushing responsibilities
• counterbalancing responsibilities
• support responsibilities
from one side to the other.
Over and over again.
Without losing continuity.
⚡ Why Counterbalance Matters For Running Speed
Many athletes assume speed depends primarily on how much force they can produce.
AQ agrees force matters.
But force is only part of the equation.
Because every increase in force production creates a corresponding increase in the need for support and counterbalance.
That means faster sprinting is not simply:
❌ producing more force
It is:
💥 producing more force while continuing to support, stabilize, and counterbalance that force successfully.
This is one reason sprint speed eventually becomes difficult to increase.
Because as sprinting becomes more aggressive:
👉 pushing-side demands rise
👉 support demands rise
👉 counterbalance demands rise
👉 timing demands rise
Together.
At some point, one or more of these relationships may struggle to continue rising enough to support greater speed.
And when that happens:
👉 sprint speed often stops increasing smoothly
even if the athlete continues trying harder.
AQ therefore views counterbalance as more than a balance concept.
AQ views counterbalance as one of the relationships that helps determine how much speed the body can ultimately support.
🚨 What Happens When Counterbalance Can No Longer Keep Up?
This is where many athletes begin noticing something unusual.
They continue becoming:
👉 stronger
👉 more explosive
👉 more aggressive
Yet sprint speed does not always continue rising the way they expect.
Why?
Because force production and counterbalance demands rise together.
Every increase in pushing-side aggression creates additional demands on:
• support
• stabilization
• timing
• counterbalance
At lower speeds, those demands may be relatively easy to manage.
But as sprint speed rises:
👉 the body has less time to organize movement
👉 force expressions become larger
👉 counterbalance demands become greater
👉 timing becomes more critical
All at the SAME time.
That is why many athletes eventually begin feeling:
• restricted
• rushed
• heavy
• unable to fully open up
Not necessarily because they have become weaker.
But because the body is struggling to continue supporting and counterbalancing aggressive sprint movement.
AQ believes this is one reason athletes often feel:
👉 more speed is available
👉 another gear exists
👉 sprinting wants to open up further
Yet something continues holding them back.
The body is trying to remain organized while managing a larger balancing challenge than it faced at lower speeds.
🔄 The Counterbalance Side Is The Swing Side
Throughout this article, AQ has repeatedly referred to:
👉 the pushing side
and
👉 the counterbalancing side
But it is important to understand that these are not separate systems.
During sprinting:
💥 the counterbalancing side is the swing side.
That means while one side is aggressively pushing into the ground:
👉 the opposite side is aggressively swinging forward
👉 helping support balance
👉 helping support timing
👉 helping support movement continuity
👉 helping counterbalance the pushing side
At the same time.
This is one reason AQ places so much importance on the swing side.
Because the swing side is not simply:
❌ a recovery leg
❌ a passive leg returning forward
❌ a leg waiting for its next turn to push
Instead:
💥 the swing side is actively helping support and counterbalance the pushing side while sprinting.
Then, as the next step occurs:
👉 the former swing side becomes the next pushing side
👉 the former pushing side becomes the next swing side
The responsibilities continuously alternate.
But the relationship remains the same.
One side pushes.
One side counterbalances.
Then they exchange roles.
Over and over again throughout sprinting.
⚖️ Counterbalance And Strength Balance Are Closely Related
At this point, an important question emerges.
If counterbalance demands continue rising as sprint speed rises:
👉 what must continue rising to support those demands?
AQ’s answer is:
💥 the swing side.
Because during sprinting, the swing side IS the counterbalancing side.
That is a very important realization.
Because many athletes view the swing side as:
❌ the non-working side
❌ the recovery side
❌ the side waiting for its next opportunity to push
AQ does not.
AQ views the swing side as actively helping support, stabilize, and counterbalance the pushing side while sprinting.
That changes how the swing side should be viewed completely.
Because as the pushing side becomes more aggressive:
👉 counterbalance demands rise
And because the swing side is the counterbalancing side:
👉 swing-side demands rise too.
The swing side is not merely waiting for its next turn to push.
💥 It is already contributing.
That relationship is one reason AQ places so much importance on Strength Balance.
AQ defines Strength Balance as the ability of the muscles responsible for the pushing side and swing side of sprinting to continually rise in strength together while remaining balanced with one another.
This becomes important because the pushing side and swing side are not performing independent jobs.
They are continuously working together.
As pushing-side aggression rises:
👉 swing-side counterbalance demands rise
👉 swing-side support demands rise
👉 swing-side timing demands rise
Together.
And because sprinting happens so quickly, the roles continuously alternate.
The pushing side becomes the next swing side.
The swing side becomes the next pushing side.
But the relationship remains the same.
One side pushes.
One side counterbalances.
Then they exchange responsibilities.
Over and over again throughout sprinting.
This is one reason AQ does not view speed as simply a force-production problem.
AQ views speed as a relationship between:
💥 pushing-side aggression
and
💥 the swing side’s ability to continue supporting and counterbalancing that aggression.
Together.
🏁 Counterbalance May Be One Of The Most Overlooked Concepts In Sprinting
Most athletes spend a lot of time thinking about:
👉 force
👉 power
👉 explosiveness
👉 pushing harder into the ground
And those things matter.
But every increase in pushing-side aggression creates a corresponding increase in counterbalance demand on the swing side.
That relationship never stops.
It alternates continuously from step to step throughout sprinting.
As the pushing side becomes more aggressive:
👉 the swing side must continue supporting, stabilizing, and counterbalancing that aggression
👉 timing between steps must remain organized
👉 movement continuity must remain intact
Together.
That is why AQ does not view speed as simply a force-production problem.
AQ views speed as a relationship between:
💥 pushing-side aggression
and
💥 the swing side’s ability to continue supporting and counterbalancing that aggression.
Because during sprinting:
💥 the swing side IS the counterbalancing side.
And the better the body becomes at managing that relationship from step to step:
👉 the more aggressive sprinting can become
👉 the more speed the body can support
👉 the greater the potential to run faster.
⚡ What This Means For Speed Training
Counterbalance changes how sprint training should be viewed.
Many athletes spend most of their time trying to improve the pushing side.
They focus on:
👉 force
👉 power
👉 explosiveness
👉 ground-force production
And those things matter.
But every increase in pushing-side aggression creates a corresponding increase in counterbalance demand on the swing side.
That means sprint training is not simply about making the pushing side stronger.
It is also about improving the swing side’s ability to support, stabilize, and counterbalance aggressive movement.
This is one reason athletes sometimes become:
👉 stronger
👉 more explosive
👉 more powerful
without becoming significantly faster.
Because sprint speed depends on more than force production alone.
The sprint system must also remain capable of supporting and counterbalancing those force expressions from step to step.
AQ therefore views speed training as more than a search for force.
AQ views speed training as a search for better relationships between the pushing side and swing side so greater speed can continue being supported.
Because ultimately:
💥 the better the body can support aggressive movement, the greater its potential to help you run faster.
🧭 You Are Here (Within The AQ Speed Training System)
You are currently exploring:
👉 WHAT IS COUNTERBALANCE IN RUNNING? — why the swing side helps support, stabilize, and counterbalance the pushing side during sprinting.
🌐 See How This Fits Into The Complete AQ Speed System
➡️ RUNNING MECHANICS EXPLAINED: The System That Makes You Faster
🪜 Continue Deeper Into Running Mechanics Explained
Learn why counterbalance becomes extremely important as sprint speed rises.
➡️ Why Sprinting Depends On Counterbalance
Learn why the pushing side and swing side must continue rising together to support greater speed.
➡️ What Is Strength Balance? (And Why It Governs Running Speed)
Learn why many athletes train the pushing side while overlooking the critical role of the swing side.
➡️ Push Phase vs. Swing Phase: Why Most Runners Train Only Half Of Speed
🚀 Ready To Run Faster?
If you are ready to turn this information into real speed:
➡️ Run Faster With Isometric Training!
❓ Frequently Asked Questions
What is counterbalance in running?
AQ uses the term counterbalance to describe how the swing side helps support, stabilize, and balance the aggressive force expressions created by the pushing side during sprinting.
Is counterbalance the same as balance?
No. AQ views counterbalance as a dynamic relationship that continuously alternates from step to step while sprinting rather than simply staying upright or avoiding falling over.
Which side provides counterbalance during sprinting?
AQ views the swing side as the counterbalancing side. While one side pushes into the ground, the opposite swing side helps support timing, movement continuity, and counterbalance.
Why does counterbalance become more important at higher speeds?
As sprint speed rises, pushing-side aggression, force production, and rotational demands all increase. Counterbalance demands must rise with them.
How does counterbalance relate to Strength Balance?
AQ views Strength Balance as the ability of the pushing side and swing side to continue rising in strength together while remaining balanced with one another. Because the swing side is the counterbalancing side, counterbalance and Strength Balance are closely related concepts.
