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Why Strong Golfers Aren’t Always Long Hitters

Why Strong Golfers Aren’t Always Long Hitters

The Gym Rat Paradox

You’ve dedicated time to the gym, seen your squat and bench numbers climb, yet your swing speed remains stagnant. This is the sequencing paradox: Strength certainly matters, but sequencing matters more.

In any rotational sport, the effectiveness of your force application outweighs the raw potential of your muscles.

A smaller player with superior sequencing will consistently out-drive a stronger player with a broken kinetic chain. Strength is the gas; the pivot is the engine. Without a functioning engine, the gas is wasted.

The Force You’re Ignoring

When researchers put force plates under tour players’ feet, they discovered something that shattered decades of golf instruction: The best players generate 200+ pounds of vertical ground force during the downswing.

Not arm force. Not grip force. Not “core strength.” Ground force.

They push into the earth, the earth pushes back, and that force travels up through their body like a kinetic chain—hips, torso, shoulders, arms, club. Each segment accelerates the next in perfect sequence.

This is why a 150-pound player can generate more club head speed than a 220-pound gym rat. It’s not about how much you can lift. It’s about how effectively you can use the ground.

Strength is the gas. The pivot is the engine. Without the engine, the gas just sits there.

Why Strength Training Fails Golfers

Don’t get me wrong—strength matters. But only if you can apply it in the right sequence at the right time. Here’s what happens when you get stronger without improving your pivot:

Your muscles can produce more force, but your nervous system doesn’t know how to sequence that force. So you create what biomechanists call “force in the wrong direction at the wrong time.”

You’re pushing when you should be pulling. Contracting when you should be releasing. Fighting yourself. The result? Same swing speed, just more tired.

This is why tour players aren’t bodybuilders. They’re sequencers. Their nervous systems are trained to create force from the ground up in perfect timing.

The Pivot: Your Speed Generator

The golf swing isn’t an arms-and-shoulders movement. It’s a ground-powered rotational explosion that happens to involve a club. The pivot—load, shift, explode—is where speed comes from.

Part 1: The Load
You’re not just turning back. You’re loading pressure into your trail side, creating elastic energy in your hips and core. Think of it like compressing a spring.

Part 2: The Shift (The Magic Move)
Before you rotate, there’s a subtle downward-and-forward pressure shift. This is where you “use the ground.” You push down, the ground pushes back, and that ground reaction force is what powers everything that follows.

Part 3: The Explode
Now you rotate with vertical force. But you’re not spinning your upper body. You’re transferring the force you just created through the ground up into your hips, torso, and finally the club.

When this sequence is correct, you can generate massive speed with what feels like minimal effort. When it’s wrong, you can deadlift 500 pounds and still struggle to break 95 mph.

Why This Feels Counterintuitive

Your brain wants simple answers. “Get stronger = hit it farther” is simple. “Improve your ground force sequencing through deliberate neuromuscular training” is not simple.

This is why most golfers never learn it. They spend hours in the gym building strength they can’t access because their pivot sequencing is broken.

Here’s the uncomfortable truth: A weak player with great sequencing will always out-drive a strong player with poor sequencing. Not because strength doesn’t matter. But because strength without sequence is wasted energy.

How Speed Training Actually Works

You can’t learn ground force sequencing by hitting balls on the range. The neurological demand of “don’t slice this” hijacks your attention away from “push through the ground properly.”

Real speed development happens in three phases:

Phase 1: Build the Pattern (No Ball)
Learn the pivot sequence—load, shift, explode—without a ball. Slow motion. Pure sequencing. Your body needs to understand the movement map before you add speed.

Phase 2: Train Overspeed/Underspeed
Once the pattern is wired, you need to push your nervous system to move faster than normal. This is where the science gets specific.

You can’t safely swing a full-weight driver at 110% effort. But you can swing something 20-30% lighter at 110% effort, teaching your nervous system to recruit faster while maintaining sequence.

This isn’t about building strength. It’s about training your nervous system to execute the ground-powered pivot at higher speeds.

Phase 3: Progressive Overload
After training light and fast, you gradually add weight back. Your nervous system learns to maintain the faster recruitment pattern even as resistance increases.

This is why tour players use multiple training weights—not randomly, but in a specific progression designed to rewire speed production.

One way to make sure your pivot and sequencing are actually working is to check your mechanics in real time. Tools like Parallax Golf are a great way to see your swing and analyze how efficiently you’re transferring force.

The Measurement Problem

Here’s what separates golfers who actually get faster from golfers who just tire themselves out:

Immediate feedback.

You need to know:

  • Did that rep produce more speed?

  • Was the sequence correct?

  • What did my pivot feel like?

Without measurement, you’re training blind. You might be reinforcing bad sequencing at higher speeds, which just makes you consistently wrong faster.

When you swing and see the number instantly—”That smooth swing produced 107 mph, that forced swing produced 102 mph”—your nervous system just learned something it can replicate.

Why Most Training Tools Miss the Mark

Most speed training tools do one thing: make you swing something light and fast. That’s useful, but incomplete.

Here’s what’s missing:

  1. Progressive weight options – You need light for underspeed, but also heavier weights for overspeed, as well 1 or 2 weight combinations to simulate your normal club weight.

  2. Convenience – If it’s a hassle to use, you won’t do it consistently

  3. Portability – Speed training needs to happen in your garage, on the range, as a warm-up—not just one location

  4. A system – Random swinging doesn’t build speed. You need a protocol

This is why serious speed training requires more than just “swing something light really fast.” You need multiple weights, a structured progression, and a way to track results.

The golfers gaining 5-10 mph aren’t the ones randomly swinging training aids. They’re the ones following systematic protocols with proper tools.

What 15 Minutes a Day Produces

Real speed development doesn’t require hours. It requires consistency.

15 minutes a day, three times per week, following a proper protocol:

Week 1-2: Pattern work, learning to feel ground force Week 3-4: Light weight overspeed, hitting personal bests in training
Week 5-6: Progressive loading, maintaining speed with more weight Week 7-8: Transfer to driver, new speed becomes automatic

The result? 5-10 mph swing speed increase. That’s 15-30 yards of carry distance.

Not because you got stronger. Because you trained your nervous system to use the ground and sequence the pivot at higher speeds.

Start Sequencing

You don’t need more strength.

You need to teach your nervous system how to use the ground, sequence the pivot, and transfer force efficiently.

This is why 150-pound tour players bomb it past 220-pound gym rats. Not because they’re stronger. Because they’re better sequencers.

If you’re serious about building speed the right way—pattern work, progressive overspeed training, multiple weight configurations, and portability for consistent training—that’s exactly what systematic speed training tools are designed for.

Not because you need fancy equipment. But because systematic training requires systematic progression.

Make sure your engine is running efficiently: Get Speed

Learn more about building a complete speed training system: RYP Drills

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