Home Β» Why You're Not Getting Faster Β» How to Train the Muscles That Actually Make You Faster
π§ Introduction
At this point, you know something most athletes donβt:
π your speed isnβt just about how hard you push
π itβs also about how much strength your swing can contribute to your push
π and thatβs controlled by your hip flexors
π₯ so the question now becomes:
π how do you actually train them?
β οΈ Why Most Training Doesnβt Work
Before we get into what to do:
π it helps to understand why most programs miss this completely
Most training focuses on:
β’ pushing into the ground
β’ lifting heavier weights
β’ building force from behind
π and again
π that part matters
π₯ but it doesnβt train the part that sets your speed
π§ The Real Problem
Most exercises never put your body in the position that matters during running:
π hip flexion + knee extension under tension
π the exact position your leg must hold
π while itβs coming forward during your stride
π₯ so even if youβre working hard
π youβre not developing the position that controls speed
β‘ What Needs to Change
If you want to get faster:
π you have to start strengthening
π the forward-drive position of your stride
π not just the push
π₯ that means:
π training your ability to create force
π from the forward-drive position of your stride
π while maintaining position and balance
π§± The 3 Things You Need to Train
Instead of thinking in exercises:
π think in functions
1οΈβ£ Drive
π can you create aggressive force
π from the forward-drive position of your stride?
π not passively hang there
π not let the position collapse
π₯ but actively hold and control it
2οΈβ£ Position
π can you control:
π hip flexion + knee extension together?
π without losing posture
π without collapsing position
π₯ this is the position your stride depends on
3οΈβ£ Steady Force Under Tension
π can you maintain aggressive force
π under high tension
π while staying balanced and in position
π₯ because speed isnβt just strength
π itβs how much force your system can create
π while staying balanced and in position
β οΈ What Most Athletes Get Wrong
When athletes first try to train this by themselves, they often:
π donβt create enough tension
π lose the position completely
π or train the movement the wrong way entirely
π₯ which defeats the purpose
π because the goal isnβt just resistance
π itβs developing the strength and tension
π your swing needs to match your push
β οΈ Why Heavier Isnβt Better Here
One mistake athletes make:
π trying to train these muscles
π like every other muscle group with weights
π more load
π more aggression
π more force
π₯ but thatβs usually the wrong approach for this system
π the goal is not just force
π itβs how strongly your swing can support your push
π while staying balanced and in position
And thatβs where most weighted setups become a problem.
π cable systems often pull your leg backward unnaturally
π they can disrupt position
π and they encourage athletes to overload the movement
π and if you lose balance with a cable or weight system
π the resistance keeps pulling
π sometimes harder than you can safely recover from
π§ Thereβs A Better Way
This is why resistance-band isometrics work so well here.
π this is not an exercise where you swing your leg back and forth
π over and over again like traditional repetitions
π₯ the goal is to create aggressive force
π while holding the forward-drive position steady under tension
π but even during an isometric contraction
π your body is never perfectly still
π₯ small changes are constantly happening
π the angle shifts
π the tension shifts
π₯ so the resistance never feels exactly the same
π₯ and the muscle never settles into one fixed output
π itβs a lot like holding a fishing pole with a fish fighting at the end of the line
π compared to pulling a spare tire out of the lake
π₯ one constantly changes tension
π the other is just dead weight
π and you can feel the difference immediately
π your body has to keep adapting
π keep stabilizing
π keep matching tension in real time
And thereβs another reason this matters:
π if your foot gets pulled backward with a resistance band
π the band shortens
π and the resistance drops quickly
π₯ so the system naturally de-escalates tension
π making it safer
π instead of continuing to pull you out of position
π which allows you to train aggressively
π while staying controlled and balanced
π§ Why This Works So Well
This is not easy training.
π the effort is still extremely high
π the band tension should be strong enough
π to challenge the system aggressively
π₯ but without forcing the movement unnaturally
Instead of locking the body into one line of resistance:
π the bands create constant small changes in tension and angle
π forcing the system to keep adapting
π while staying balanced and in position
π₯ exactly what sprinting requires
π§ The Better Approach
Start by focusing on:
π correct position
π controlled tension
π clean force production
π then gradually increase tension and intent
π₯ without losing position or balance
β‘ What This Feels Like When You Get It Right
When you begin training this properly:
π your stride starts to feel lighter
π your steps cycle faster
π your movement feels smoother
π like your legs are finally working together
π₯ like youβve found another gear
π₯ Why This Changes Everything
Now, instead of:
π just building force
π youβre building the ability to express more of that force
π your push doesnβt just get stronger
π₯ it becomes easier for your system to express
π because your swing is now matching it
π in the same moment
π§ This Is Where Speed Starts to Show Up
You donβt need more effort
π you need stronger force
π from the forward-drive position
π contributing to a stronger push
π while helping the entire system stay balanced
π₯ thatβs when speed actually increases
β© Where Weβre Going Next
Now that you understand what to train:
π the next step is learning how to apply it
β‘οΈ How To Integrate This Into Your Current Training Without Starting Over
π where this fits into your workouts
π how often to train it
π and how to combine it with what you already do
Because once you do that:
π everything starts to work together differently
π What This Means for You
If your speed has stalled:
π it may not be because your push lacks force
π₯ it may be because the forward-drive side of your stride
π canβt contribute enough force to match it
π and until that changes
π your body wonβt let more speed show up
π§ Go Deeper
β‘οΈ How To Integrate This Into Your Current Training Without Starting Over
β‘οΈ RUNNING MECHANICS EXPLAINED: The System That Makes You Faster
π― Start Here
You donβt need to throw away your current training
π you just need to train the part thatβs been missing
β‘οΈ Run Faster With Isometric Training
A simple way to improve how much force your system can expressβwithout adding more volume.
β FAQ
Why donβt most exercises improve this?
π because most exercises focus on the push side and never train the forward-drive position under tension
Why are hip flexors so important for speed?
π because they help determine how strongly your swing can support your push
Do I need to stop lifting weights?
π noβstrength still matters, but your system has to be able to use it










