Do Better Fitness

Do Better Fitness 👨🏼‍🎓BS Exercise Science
💥Injury Recovery + Prevention for BEGINNER RUNNERS in 90 days or less💥

06/17/2026

Comment “DO BETTER” to apply 🫡

If your knees ache and every landing sounds like a slap, you’re reaching too far out in front of you.

→ Overstriding means your foot lands ahead of your body, so every step is a small brake before you can push off again
→ “Just land softer” doesn’t work mid-run — landing under your body is a pattern, not a position you can think your way into
→ This single-leg ladder hop trains that pattern for you. Hop down the ladder on one leg and let the opposite knee drive forward and up on every rep
→ That opposite knee is the whole point. Drive it forward and your swing leg pulls your foot back under your hips instead of out in front — that’s the reach disappearing
→ Build this until it’s automatic, and the reaching stops on its own. No mid-run cue required

Train the pattern. Everything downstream gets easier.
Stop running harder. Start running efficient.

DO BETTER

The Mid Swing.Most runners think this is the moment to drive the knee up. It’s not. Mid swing isn’t a peak. It’s a rhyth...
06/10/2026

The Mid Swing.

Most runners think this is the moment to drive the knee up. It’s not. Mid swing isn’t a peak. It’s a rhythm checkpoint.

Here’s what’s actually happening when your swing leg passes under your body:
→ Your knee is folded tightest (~125°) — your hip hasn’t peaked yet.
→ Your hip flexor sets the tempo for the entire downstream chain.
→ Your tibialis anterior is firing (toes up) — without it, you’d overstride.
→ And your stance-leg glute medius is deciding where your swing leg goes.

That last one is the part nobody talks about. Mid swing is a stance-leg story.

Every 1° of pelvic drop on your stance leg = 80% higher injury odds. (Bramah et al., AJSM 2018)

So if your knees keep crossing inward, your foot keeps landing too far forward, or you keep tweaking the same hamstring — the fix isn’t in the swing leg. It’s in the other hip.

The single best-supported intervention for runners 30+:
Bump your cadence 5–10%.

→ 15–25% less knee adduction
→ 10–20% less patellofemoral load
→ Automatic overstride correction
(Heiderscheit et al., MSSE 2011)

Three cues for your next easy run. One cue per kilometer. Don’t stack them.

① TEMPO — bump cadence 5%
② TOES — toes up through swing
③ OTHER HIP — squeeze the stance glute, keep the pelvis level

Pick the one that lands. The body finds the rest.
↓
Save this for your next easy run.

Share with the runner still trying to drive their knees up.

Comment “TEMPO” and I’ll send you the Mid-Swing drill sequence.

DO BETTER.

06/08/2026

Comment PRERUN for a 14-day free trial. 👇

Stop running harder. Start running efficient.

DO BETTER 🏃🏃‍♀️🏃‍♂️💨

06/05/2026

You think the problem is how your foot hits the ground.

I look up top first. Every time.

Here’s why →

Your legs are the primary mover. They create the force. They drive you forward.

Your arms? Secondary. They’re meant to come along for the ride — balancing and rhythm, nothing more.

But here’s what most runners miss →

When your legs aren’t doing their job — weak glutes, no hip extension, no drive off the ground — your arms quietly step in to cover for them.

So the arms become a window into what your legs are hiding.

→ Crossing your body? Your hips probably aren’t rotating.
→ Shoulders creeping toward your ears? You’re bracing against something downstream.
→ Arms pumping harder the more you fatigue? Your legs checked out, and your upper body is carrying the load.

That’s why I read the arms before I ever look at the feet. They tell me the story your legs won’t.

And here’s the part nobody tells you → fix what the legs are missing, and the arms calm down on their own. You stop chasing the symptom and finally address the source.

Most runners spend years tweaking foot strike. The answer was up top the whole time.

If you want my eyes on your run → comment DO BETTER and I’ll help you out.

Follow along — I break down the mechanics most coaches skip, one piece at a time.

06/03/2026

Your neck hurts. Your back hurts. You’re convinced you pulled something up top…

Well… it might actually be your arm swing that’s making everything else compensate. 👇

Here’s what’s actually happening:
→ Your arms are supposed to counterbalance your legs. Drive back, stay relaxed, let the rotation cancel out.
→ When they don’t — when they cross your body or ride up high and tight — that rotational force doesn’t disappear. It leaks into your spine.
→ Now your neck and upper back are bracing on every stride to control rotation your arms should be managing. Mile after mile.
→ That’s not an injury. That’s a tax you’re paying for a pattern you never trained.

And here’s the part most people get wrong:
You can’t fix this by telling yourself to “relax your arms” mid-run. Relaxation under fatigue isn’t a cue — it’s a capacity. You build it before you ever lace up.

These 4 movements train your shoulders, upper back, and arm drive to do their job automatically — so the rest of your body stops paying for it.

Save this for your next run. 📌

Want the full system? My app has the complete arm swing progression plus everything else your mechanics need — comment PRERUN and I’ll send you access. 🏃

06/03/2026

Finding Your Cadence…

The running industry loves talking about how to increase cadence.

But almost nobody talks about how to find the cadence that’s actually right for YOU.

The truth is, cadence isn’t a magic number.

Your cadence changes based on:
• Your height
• Your leg length
• Your running experience
• Your pace
• Your running mechanics

A cadence that feels great during a 5K might feel terrible during an easy run.

Instead of chasing 180 steps per minute, start paying attention to how your body feels.

Do your feet feel heavy?
Do you feel like you’re reaching with every stride?
Or do you feel smooth, light, and in control?

The goal isn’t to force a cadence.

The goal is to find the cadence that allows YOU to run cool, calm, and collected.

Comment DO BETTER if you want help figuring out your running mechanics.

SAVE this post and FOLLOW ME. We’re about to get into some of the most important concepts yet.

05/28/2026

Two paces. Same cadence.

→ 10:00/mile at 175 spm
→ 7:30/mile at 175 spm

How?

Your optimal cadence doesn’t change when you speed up. What changes is everything around it.

As you go faster:
→ Your stride length opens up
→ Your arm swing extends
→ Your back heel lifts higher
→ Your hips extend further behind you

Cadence stays. The system around it gets bigger.
Most runners get this backwards. They try to “increase cadence” to run faster. The work isn’t there. The work is in finding YOUR cadence — the rhythm where your body moves most efficiently — and then letting everything else open up as you push the pace.
It takes practice to find. But when you land on it, you’ll feel it:
→ You feel light
→ You feel strong
→ You stop overstriding
→ Knee pain backs off
→ You’re working less and moving faster

That’s the breakthrough.

If you want help finding your cadence — and the rest of the mechanics that lock in efficiency…

Comment DO BETTER to apply and work together 🫡

The most-misunderstood part of your stride isn’t the foot strike.It’s what happens right after you push off — the Initia...
05/27/2026

The most-misunderstood part of your stride isn’t the foot strike.

It’s what happens right after you push off — the Initial Swing.

Most runners think they’re supposed to “kick the heel to the butt.” Then they spend a year wondering why their hamstrings are always tight, their stride feels short, and their easy runs feel heavy.

Here’s the truth: you don’t pull the heel up. You let it rise.

Initial Swing is the only moment in your entire gait cycle when both feet are off the ground. It’s the recovery phase. The body is supposed to relax — not work.
What’s actually doing the job: → Hip flexor (iliopsoas) sweeps the femur forward. → Shank folds passively — it’s a pendulum, not a pull. → Hamstring? Off duty. EMG-silent. As it should be.

The faster you run, the higher the heel naturally rises. Sprinter at top speed = heel near the glute. Distance runner at jog pace = heel at mid-calf. Same mechanic. Different output. Forcing the sprinter’s heel at jog pace is just wasted energy.

Three cues that fix it tomorrow:
    1    GLIDE — let the foot float forward
    2    STEP OVER — pass the opposite knee with your swing foot
    3    FLOAT — feel weightless mid-stride
Pick the one that lands. The body finds the rest.
↓

SAVE this for your next easy run.

SHARE with the runner in your life who’s still kicking their own butt.

Comment “GLIDE” and I’ll send you the Initial Swing drill sequence.

05/27/2026

Part 1 was the diagnosis… — Part 2 is the fix.

Bouncing comes from two limits: your ankle can’t bend forward, and your hip can’t open behind you. Here’s how to actually change that.

Mobility — open the range:
→ Calf stretches → ankle dorsiflexion through the gastroc
→ Knee-bent dorsiflexion → opens the soleus, the engine for distance running
→ Couch stretch → unlocks hip extension so the chain doesn’t stop short

Strength — own the range:
→ Bridges
→ Hip thrusts
→ Single-leg hip thrusts
→ RDLs
→ Single-leg RDLs

This is your posterior chain. Build it, and your calf stops doing the whole job.

The biggest thing → run hills.

Hills are the cheat code. They force your ankle to dorsiflex, force your hip to extend, and force you to push horizontally — because if you push vertically up a hill, you go nowhere. Your body learns the pattern on its own.

Then carry that feeling to your flat runs. Same push direction. Same posterior chain engagement. Same efficiency.

Patterns, not positions. You’re not thinking about it mid-run — you’re training your body to default to it.

Comment “PRERUN” and I’ll send you 2 weeks free access to the Pre-Run app.

That’s where the full 12-week program lives — built to rewire this exact pattern, plus everything else that turns hard miles into efficient ones.

05/08/2026

If you’ve been running for years and still feel like something’s off… this might be why.

Proprioception is your body’s ability to sense how it’s moving through space. And for runners, it’s everything.

When your proprioception is weak, your body doesn’t have a strong awareness of how it’s actually moving forward.

You might think you’re running efficiently… but your mechanics are telling a different story.

I see this show up in 5 common running styles:
→ The Overstrider — foot landing too far out in front, braking with every step
→ The Weaver — body drifting side to side instead of moving in a straight line
→ The Collapser — hip dropping on each stride, throwing off your entire chain
→ The Bouncer — too much energy going vertical instead of forward
→ The Glute Amnesiac — posterior chain barely firing, quads doing all the work

None of these make you a bad runner. But all of them are costing you energy, efficiency, and speed.

The good news? When you train your proprioception — through strength work, single-leg stability, and movement pattern practice — your body starts to self-correct.

Your mechanics improve. Your running economy improves. And your runs start to feel more effortless without having to think through every step.
That’s the goal.

Comment FIX to find out what running style you fall into and what to do about it.

Comment DO BETTER to work together 1-on-1. 💪

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