An Yearning Quicky

WASIM AKRAM’S BOWLING ACTION CHALLENGED THE TEXTBOOK. 🐐🔥

If Episode 1 changed the way you looked at left-arm fast-bowling biomechanics, Episode 2 takes you inside the action of one of its greatest practitioners — Wasim Akram.

Forget judging, pace from one frozen position.

🏃 RUN-UP → BFC → DELIVERY STRIDE → FFC
⚡ MOMENTUM → BRAKING → ROTATION
🔗 PELVIS → TRUNK → ARM → RELEASE

Wasim’s action is a brilliant case study in why fast bowling must be understood as a whole-body kinetic sequence — how momentum is managed around ground contact, how the pelvis and trunk organise rotation, and how that energy ultimately reaches the bowling arm and ball.

The biggest lesson?

Don’t copy Wasim’s positions. Understand his SEQUENCE. 🎯

If you watched Episode 1, this is where the biomechanics gets deeper.
If you’re joining the series for the first time, start here — then watch Episode 1 on my profile.

https://www.instagram.com/reel/Dcc_sytzFUP/?igsi=bGl3dmFwMXo3OHZq

And Episode 3? 👀
Elite left-arm quicks, the different biomechanical solutions.

Save this for your fast-bowling analysis. 📌
Share it with a fast bowler or coach who still believes there is only one “correct” action.

📈Why do so many elite left-arm fast bowlers appear cross-aligned at front-foot contact? And does that really mean they don't have a front-foot block?🤔

In Episode 1 of my new Left-Arm Fast Bowling Biomechanics series, I'm breaking down what actually happens at front-foot contact — ground-reaction force, braking, eccentric front-leg control, pelvic rotation, trunk sequencing and kinetic-chain transfer.📖

This is research I've been exploring with high-performance fast-bowling coach Ranjay Kumar Yadav, looking beyond what the eye sees and into what the body is actually doing. 🕵️🧠

The eye sees position. Biomechanics sees force.🦾🦿

🔥 Episode 2: Wasim Akram — The Biomechanical Genius

Follow for Episode 2.

Video Credit: Cricket Australia
Fox Cricket Star Sports India