ZERO TORQUE VS TRADITIONAL PUTTERS
Which One Is Better?
That’s the wrong question.
Zero torque putters are designed to reduce face rotation.
Traditional designs allow varying amounts of rotation.
It sounds like a clear answer.
It isn’t.
What “Zero Torque” Really Means
No putter eliminates torque.
Rotation exists whenever the shaft and center of mass don’t align.
See how center of mass determines rotation.
Zero torque designs aim to reduce that rotation.
They don’t remove it.
What Traditional Designs Do
“Traditional” isn’t one category.
It includes a range of designs with different:
• balance profiles
• mass locations
• rotation tendencies
Some rotate more.
Some rotate less.
The difference isn’t “traditional vs zero torque.”
It’s how the putter behaves during the stroke.
What Actually Determines Performance
• where the face is pointed
• how the ball starts
• what repeats
Everything else—labels, categories, claims—is secondary.
Where the Comparison Breaks Down
Two players can test the same putter—and get different results.
Two putters can produce the same result for one player.
Because performance depends on:
• the player’s stroke
• the putter’s behavior
Not the category it belongs to.
What Often Gets Overlooked
• where the player aims
• how the putter sets up visually
See how hosel type affects aim.
Two putters can:
• look different
• feel different
• aim differently
before the stroke even starts.
Adjustability Changes the Equation
Fixed designs limit how closely a putter can match a player.
Adjustable systems allow:
• weight changes
• loft adjustments
• lie adjustments
See why adjustability matters.
This often has a greater impact than the label “zero torque.”
So Which Is Better?
For some players:
a lower torque design performs better
For others:
a different balance or setup produces better results
There isn’t one answer.
The Only Way to Know
Test it. Measure it. See what actually happens.