You're Not Bowling Slow — Part 3

How much speed can I realistically add to my bowling?

Realistically, 8-15 km/h improvement is achievable for most bowlers who have never worked on technique or specific drills. For context, a senior club fast bowler should target 130+ km/h to genuinely threaten district-level batters. If you're at 115 km/h and work seriously on drills for 8-10 weeks, 125+ is a genuine target. More than that depends on your body, fast-twitch muscle fiber composition, and training consistency.

Quick Tips: • For context, a senior club fast bowler should target 130+ km/h to genuinely threaten district-level batters. • More than that depends on your body, fast-twitch muscle fiber composition, and training consistency.

Can I increase bowling speed without going to a gym?

Yes — and most drills in this guide don't need a gym. The hip-shoulder separation medicine ball drill needs only a ball and a wall. The front leg brace jump drill needs nothing. The non-bowling arm pull-down is shadow bowling. The thoracic mobility drill needs a foam roller (or a tightly rolled towel). You'll plateau faster without gym work, but technique drills alone will get most club bowlers meaningfully faster.

Quick Tips: • Yes — and most drills in this guide don't need a gym.

Why does my bowling speed feel different on different days?

Fast bowling is heavily neurological your nervous system needs to be fired up to produce peak speed. Fatigue, poor sleep, skipped warm-ups, and even stress levels affect how well your fast-twitch muscle fibers fire. This is why Bumrah talks about replicating the mental state and physical feeling of his best performances — the body follows the nervous system.

Quick Tips: • Fast bowling is heavily neurological your nervous system needs to be fired up to produce peak speed.

At what age should I start seriously working on bowling speed?

Most coaches recommend technique foundations before 16, then speed training added on top of that. If you're 18-25 and haven't done speed-specific training before, it's absolutely not too late. Your body is still in its physical prime. The research is clear that fast-twitch muscle training responds well in this age group. Start now.

Is a longer run-up actually better for generating pace?

Not necessarily, and for most club bowlers a shorter controlled run-up produces more usable pace than a longer chaotic one. Research shows run-up speed contributes up to 16% to bowling speed but only when the bowler has the technique to convert that momentum at the crease. A controlled 12-15 step run-up where you arrive balanced gives you more to work with than a 25-step sprint where your action falls apart.

Quick Tips: • Not necessarily, and for most club bowlers a shorter controlled run-up produces more usable pace than a longer chaotic one. • Research shows run-up speed contributes up to 16% to bowling speed but only when the bowler has the technique to convert that momentum at the crease.

How often should I do these drills?

Three to four times a week is ideal. Two sessions can be pure drill work near the nets. One session should be your speed sprints and run-up drills. One full bowling session in the nets where you apply the technique consciously. Don't add these drills on top of match bowling without reducing net volume — your shoulder and back need recovery time.

Quick Tips: • Three to four times a week is ideal. • Two sessions can be pure drill work near the nets. • One session should be your speed sprints and run-up drills.

Will improving my run-up speed automatically make me faster?

Only if your technique is already solid. For most bowlers who run in too fast, the excess momentum actually disrupts their action — they can't find their position at back foot contact, and they bowl slower than they would off a calmer approach. A systematic review confirmed run-up speed affects release speed up to 16%, but only with a controlled and properly executed action supporting it.

Quick Tips: • Only if your technique is already solid.

Why do some naturally big and strong guys bowl slower than smaller bowlers?

Fast bowling is about kinetic chain efficiency, not raw muscle size. A bowler with 80kg of muscle firing in the wrong sequence bowls slower than a lean bowler who sequences every link correctly. Fast-twitch muscle fiber density also plays a role some people genetically have more of these fibers and produce more explosive movement. But technique and sequencing can close most of that gap, which is why disciplined bowlers consistently improve while "naturally gifted" ones sometimes plateau.

Quick Tips: • Fast bowling is about kinetic chain efficiency, not raw muscle size.

So Where Does This Leave You?

Here's the honest version: you're probably not a naturally express pace bowler. Most people aren't. Bowlers clocking 145+ km/h consistently represent a tiny fraction of cricketers worldwide, and a combination of genetics, body type, and a lifetime of specific training contributed to that.

But here's what's also true: most club and academy bowlers in India are operating at 60-70% of their actual potential pace. The gap between where you are and where you could be isn't filled by talent — it's filled by correct mechanics and specific training. That's a different problem. And it's a solvable problem.

The one thing you can do today: film your bowling action from the side. Watch your front leg at the point of delivery. Does it brace and stay stiff, or does the knee bend and collapse? If it collapses, that's your first fix. Start with the front brace jump drill — 20 minutes, three times this week. One change. Give it three weeks before you judge the results.

Progress in bowling speed is real, but it's not linear. Some weeks you'll feel faster. Some weeks you'll feel like you're breaking the wrong things apart. Measure your speed every two weeks rather than every session. The trend over 8-10 weeks will tell you everything you need to know.

Quick Tips: • Watch your front leg at the point of delivery. • Does it brace and stay stiff, or does the knee bend and collapse? • Start with the front brace jump drill — 20 minutes, three times this week.