Let’s Be Honest: You’re Bowling Too Slow
You’ve been practicing for months. Maybe years. You’re in the nets every other day. You’re working hard. But your speed isn’t moving. Your radar gun reading is stuck at the same number. And somewhere deep down, you’ve started wondering if you simply don’t have what it takes to be quick.
Let me stop you right there.
The problem is almost never your genetics. The problem is your training. Most fast bowlers, especially in India, train volume without training speed. They bowl 100 balls a day but never do a single arm speed drill. They hit the gym but train like bodybuilders, not like athletes. They watch YouTube videos, collect tips, and end up more confused than when they started.
I’m Ankit Pathak. In over 13 years of coaching fast bowlers, from club cricketers to Ranji Trophy players, one pattern shows up every single time with bowlers who are stuck: they believe strength equals speed. It doesn’t. A bigger bicep does not make you bowl faster. Brute force without technique and timing is dead energy.
Reality Check: Arm speed is a skill, a neuromuscular skill. It is trained specifically, or it doesn’t improve. This guide shows you exactly how.
This is not a generic article. This is what I teach my bowlers at Pathak100MPH every single week. Read it. Apply it. Give it 6-8 weeks. And then come tell me your radar number hasn’t moved.
What Is Arm Speed in Fast Bowling?
Arm speed refers to the velocity at which your bowling arm moves through its arc, from the loading position at the top of your action to the point of ball release. Simply put: the faster your arm moves, the faster the ball leaves your hand.
But here’s the nuance that most coaches don’t explain clearly enough: arm speed is not about muscling the ball through. It’s about how efficiently you transfer energy into your arm at exactly the right moment. A whip doesn’t generate force by being stiff, it generates maximum speed at the tip because it transfers energy progressively down a flexible chain. Your bowling arm works the same way.
Arm speed is the output of a chain of events, your run-up, gather, front foot plant, hip drive, shoulder rotation, and finally the whip of the arm. Miss any step in that chain, and arm speed suffers regardless of how fast you try to swing your arm independently.
The Real Science of Fast Bowling Speed
The Kinetic Chain: Where Speed Actually Comes From
Fast bowling is a full-body power event. The speed you generate at your fingertips doesn’t start in your hand. It starts in your feet. The concept is called the kinetic chain, a sequential transfer of energy from one body segment to the next.
Here’s how it works in fast bowling:
- Run-up momentum — energy is built through your approach
- Back foot contact — ground reaction force is created
- Hip rotation — the hips fire before the shoulders
- Chest drive — the chest rotates forward, loading the arm
- Shoulder internal rotation — the arm accelerates rapidly through release
- Wrist snap and finger release — final speed is applied to the ball
Key Principle
If any link in this chain is weak, inefficient, or poorly timed, the energy leaks — and your arm never reaches its true speed potential. This is why some bowlers with great physiques bowl slower than leaner, technically superior bowlers.
Timing vs. Strength: The Forgotten Variable
I’ve seen 19-year-olds who can bench press 100kg but can barely bowl 120 kmph. And I’ve coached lean bowlers who bowl 140+ once they understand timing. Timing is the multiplier.
Specifically: your hips must open before your chest, and your chest must clear before your arm begins its final acceleration. If the arm goes early, before the body creates the slingshot, you lose 15–25 kmph. Immediately. Every time.
This is the reason I spend so much time on shadow bowling and video analysis at Pathak100MPH before we touch speed drills. If the sequencing is wrong, drilling speed just reinforces the wrong pattern faster.
The Role of Shoulder Internal Rotation Speed
At the point of release, your shoulder internally rotates at extraordinary speed, elite fast bowlers generate angular velocities that rival baseball pitchers. This shoulder internal rotation is the final engine of arm speed. Training this movement specifically, through resistance band drills, overspeed protocols, and rotator cuff strengthening, is what separates bowlers who are stuck at 120 from those who push 140+.
Why Most Bowlers Fail to Increase Arm Speed
I’ll be direct with you. Most fast bowlers fail to improve because they’re doing the wrong things, often very hard, very consistently. Here are the real reasons:
✕ They train strength, not speed
Hypertrophy training builds bulk. Speed training builds fast-twitch activation. These are different systems. You need explosive, high-velocity movements, not slow, heavy lifts that teach your muscles to contract slowly.
✕ They bowl when fatigued
Arm speed requires full neural freshness. Bowling your fastest deliveries after 60 balls of practice simply grooves slower arm speed. Your fastest, most explosive bowling should happen early in a session, when the nervous system is primed.
✕ They skip arm speed drills entirely
Most bowlers just… bowl. They don’t do specific arm speed exercises, resistance band work, or overspeed protocols. Speed is a skill. If you don’t train it directly, it doesn’t develop.
✕ Their shoulder is tight and restricted
A restricted shoulder cannot rotate fast. Period. If you skip shoulder mobility work, you’re literally putting a ceiling on your arm speed that no amount of strength training will break through.
✕ They have poor sequencing (the arm goes before the body)
Throwing the arm early — before the hips and chest have cleared, is the single most common technical error I see. It looks fast but bleeds pace. It also dramatically increases injury risk to the shoulder and lower back.
✕ They have no structured plan
Random practice produces random results. If you don’t have a periodized weekly plan that builds speed deliberately, you’re just maintaining, not improving.
Arm Speed Drills for Fast Bowlers
These are not random drills I found online. These are the same arm speed drills I use with my bowlers at Pathak100MPH: tested, refined, and proven over 13 years of coaching. Apply them in this sequence and with this intent.
Drill 1: Tennis Ball Wall Throws
What: Stand 3-4 metres from a wall. Bowl into it using your full bowling action, arm speed and wrist snap are the focus.
Why it works: The lighter ball allows your arm to reach higher velocities than a cricket ball permits. It trains your nervous system to fire at max speed, then transfer that feeling back to the cricket ball.
How: 3 sets of 10 reps. Focus on the snap, the crack of the ball against the wall is your feedback mechanism.
Key cue: “Throw through the wall, not at it.”
Drill 2: Resistance Band Arm Circles and Internal Rotation
What: Anchor a resistance band at shoulder height. With your elbow at 90 degrees and upper arm parallel to the ground, perform rapid internal rotation movements.
Why it works: This is the most sport-specific arm speed exercise for fast bowlers. It directly trains the rotator cuff muscles responsible for the final whip at ball release.
How: 4 sets of 15 explosive reps. Speed of movement matters more than resistance level. Use a band that allows fast, snappy reps — not one so heavy it slows you down.
Key cue: “The band should snap back, not drag back.”
Drill 3: Shadow Bowling with Maximum Arm Speed Intent
What: Bowl without a ball, focusing entirely on maximum arm speed through the action. No target. No worrying about landing. Pure velocity intent.
Why it works: Most bowlers unconsciously slow down when a ball is in their hand, they’re thinking about line, length, seam position. Shadow bowling removes all those inhibitors and lets you express maximum arm speed freely.
How: 3 sets of 6 reps. Each rep should feel like you’re trying to throw your arm off your shoulder. Then bowl with a ball and chase that feeling.
Key cue: “Explode – don’t bowl.”
Drill 4: Contrast Bowling (Heavy Ball to Light Ball)
What: Bowl 2 deliveries with a slightly heavier ball (around 200–250g), then immediately switch to a standard cricket ball and bowl 2 more.
Why it works: This is based on Post-Activation Potentiation (PAP). The nervous system recruits extra motor units for the heavy ball, then when you switch to the lighter ball, there’s a mismatch, the arm moves faster than intended. This “supercharging” effect improves arm speed measurably.
How: Perform only 1-2 sets of this contrast protocol, twice per week. Don’t overdo it, this is a neural stimulus, not a volume drill.
Key cue: “The cricket ball should feel like it’s flying out of your hand.”
Drill 5: Sprint-Integrated Arm Drills
What: Perform 20-metre acceleration sprints, focusing on arm drive. Immediately after the sprint, bowl 2 deliveries with maximum intent.
Why it works: Sprinting activates the fast-twitch fibres in your whole body. Bowling immediately after transfers that activation level into the bowling action. It also trains the link between run-up speed and arm speed, a critical connection many bowlers break at the gather.
How: 4 sprint-to-bowl combinations. Rest 90 seconds between each.
Key cue: “Don’t let the energy die between the sprint and the delivery stride.”
Important: Do these arm speed drills at the START of your bowling session, before you’re tired. Arm speed is a quality you train, not a quantity. 10 perfect explosive reps beat 50 tired ones every time.
Best Arm Speed Exercises: Upper Body Power
These arm speed exercises belong in your gym sessions. The goal is explosive, functional power, not bulk. Every exercise should be performed with controlled intent and maximum speed of movement on the concentric phase.
01 Medicine Ball Rotational Throws
Stand side-on to a wall. Rotate and throw a 3-5 kg ball hard into the wall. Catch and repeat. Mimics the rotational power of the delivery action.
02 Single-Arm Dumbbell Snatches
From floor to overhead in one explosive movement. Builds full-body power and trains the shoulder to handle high-velocity loading, exactly what happens in a delivery stride.
03 Explosive Push-Ups
Clapping push-ups or push-ups with your hands leaving the ground. Trains the fast-twitch fibres of the chest and triceps, key contributors to arm speed through the crease.
04 Resistance Band Pull-Aparts
Hold a band in front at shoulder height and pull it apart explosively, squeezing your shoulder blades. Builds the posterior shoulder stability needed to control, and therefore unlock, arm speed.
05 Cable Face Pulls
High cable, pull to face level, elbows high. Targets the rear deltoid and external rotators, muscles that decelerate the arm and protect the shoulder from injury under high arm speeds.
06 Box Jumps
Lower-body plyometrics feed directly into bowling power. The leg drive from your front foot plant is what creates the “platform” your arm speed fires from. Don’t neglect your legs.
Training Principle: Every gym session should have a speed component. Slow training makes slow athletes. When you pick up a weight for these exercises, move it as fast as possible on the way up. Control the return. That’s how you build explosive power, not by lifting heavy and moving slow.
Shoulder Workout for Fast Bowlers
The shoulder is the most stressed joint in fast bowling, and the most neglected in training. A fast bowler shoulder workout must do three things simultaneously: build power, build stability, and prevent injury. These are not competing goals. Done correctly, they reinforce each other.
Phase 1: Mobility First (Non-Negotiable)
Before you load the shoulder, you must free it. A tight shoulder restricts arm speed physically, it cannot rotate fast through a limited range of motion. Do these every session, every day:
- Sleeper stretch — 30 seconds each side, 2 sets. Targets posterior shoulder capsule tightness common in fast bowlers.
- Cross-body shoulder stretch — 30 seconds each side. Releases the rear deltoid.
- Thoracic spine rotations — 10 reps each side. Opens the upper back, which directly affects how far your arm can travel through the action.
- Arm circles — controlled — 10 forward, 10 backward. Lubricates the glenohumeral joint.
Phase 2: Rotator Cuff Strengthening
The rotator cuff is four muscles that stabilise your shoulder at high speeds. When these are weak, your body subconsciously limits how fast you bowl, it’s a protective mechanism. Strengthen this, and your brain allows more speed.
- External rotation with resistance band — elbow tucked to side, rotate out. 3 × 15. Light band, controlled speed.
- Internal rotation with resistance band — the bowling-specific one. 3 × 15 explosive reps.
- Side-lying external rotation (SLER) — lying on your side with a light dumbbell. 3 × 12. A classic, irreplaceable rotator cuff builder.
- Empty can exercise — arm at 30 degrees from your body, thumb pointing down, lift to shoulder height. 3 × 12. Trains the supraspinatus directly.
Phase 3: Power Development
Once the shoulder is mobile and stable, you can safely push power:
- Arnold press — 3 × 10, moderate weight with good form. Full shoulder recruitment.
- Landmine press — single-arm, explosive pressing movement that mimics the shoulder-loading pattern in bowling. 3 × 8 each side.
- Band-resisted arm acceleration drills — attach a band behind you and bowl in slow motion against resistance. 3 × 8 each arm. The band teaches your shoulder to “pull through” more aggressively.
Injury Prevention Note: Never train power exercises when your shoulder is fatigued. Shoulder injuries in fast bowling almost always happen when the stabilising muscles are tired and the power muscles push beyond what the joint can handle. Know when to stop.
Complete Weekly Training Plan
Here is the exact training structure I use with intermediate-level fast bowlers who are targeting a serious pace increase over 6–8 weeks. This is not a generic plan, it’s periodized and specific.
Monday: Arm Speed + Upper Body Power
Shoulder mobility (15 min) → Arm speed drills: tennis ball wall throws, shadow bowling with intent (20 min) → Gym: med ball throws, explosive push-ups, cable face pulls (40 min)
Tuesday: Bowling Skill + Rhythm
Full run-up bowling: 6 overs max, focus on sequencing and hip clearance before arm. Video review mandatory. No pace targets, quality of movement only.
Wednesday Leg Power + Core
Sprint work (6 × 30m acceleration) → Box jumps (4 × 6) → Rotational core: Russian twists, cable chops → Gym: squats, single-leg RDL (45 min)
Thursday Contrast Bowling + Speed Session
Sprint-to-bowl protocol (4 rounds) → Contrast bowling: heavy ball / cricket ball (2 sets) → Resistance band internal rotation, explosive (3 × 15). Bowl max effort for 15–20 deliveries. Radar gun if possible.
Friday Shoulder Rehab + Mobility
Full shoulder mobility routine → Rotator cuff circuit (SLER, external rotation, empty can, band pull-aparts) → Thoracic mobility, foam rolling. Active recovery day, no high-speed work.
Saturday Full Match Simulation
Bowl full overs in a match or match-sim scenario. Apply technique, don’t try to “bowl fast.” Trust the training. Let the speed come naturally.
Sunday Rest / Light Recovery
Complete rest or 20 min of light stretching. Sleep is when adaptation happens. Protect it.
Programme Note: Follow this structure for 6 consecutive weeks before assessing. Resist the urge to change it after 2 weeks. Neuromuscular adaptation takes time, trust the process.
Advanced Tips to Improve Arm Speed
These are the elite-level insights I share with bowlers who’ve already fixed the basics. If the fundamentals are solid, these are the variables that separate good from genuinely fast.
1. Bowl at Maximum Intent: Not Maximum Effort
There’s a difference. Maximum effort creates tension. Maximum intent, the clear mental signal to bowl as fast as possible, produces freedom and speed. Relax your grip, relax your jaw, relax your non-bowling shoulder. Speed comes from relaxed, explosive movement, not grinding, tense effort.
2. Use Controlled Breathing Before Delivery
Elite throwers and bowlers use breath control to maximise explosiveness. A sharp exhale at ball release activates the core and can increase force output by 5–10%. Build this into your action habitually.
3. Optimise Your Gather: Stop Losing Pace Before You Bowl
Most bowlers lose 10–15 kmph in the gather. They jump too high, they land too stiff, or they slow down when they should be maintaining momentum. Your gather should feel like a controlled skip, not a jump. Practice the gather in isolation until it’s second nature.
4. Train Your Eyes: Target the Back of the Pitch, Not the Crease
Bowlers who focus on landing the ball often unconsciously decelerate before release. Bowlers who focus on hitting a target at the other end maintain arm speed through release. Shift your focus from “where do I land it” to “where do I want it to go.” This single mental shift can add 3-5 kmph.
5. Sleep and Recovery Are Part of Your Speed Training
Neural adaptation, the thing that makes you faster, happens during sleep. 7-9 hours is non-negotiable for a serious fast bowler. If you’re training hard and not sleeping well, you’re literally not getting the speed gains you’ve earned. This is not optional.
Final Word: What Separates Fast Bowlers From Average Ones
Fast bowling is not gifted. It’s built. Every bowler I’ve worked with who has added serious pace to their game has done so through the same process: they fixed what was broken in their chain, they trained speed specifically, they protected their shoulder, and they trusted a structured plan long enough to see it work.
The bowlers who stay slow are the ones who keep bowling in the nets hoping something changes. The ones who get fast are the ones who train like an athlete, with a plan, with intent, and with the humility to fix what isn’t working.
Arm speed is trainable. The kinetic chain is coachable. Your shoulder can be stronger and faster, at any level. But none of it happens accidentally.
Start with the drills in this guide. Build the shoulder work into your weekly routine. Follow the training plan for 6–8 weeks without shortcutting it. And measure yourself with a radar gun before and after.
Then let the numbers speak.
Remember: Speed without control is wasted. Control without speed is limited. The goal is both — and that’s exactly what structured arm speed training builds.
