Golf Ball Spin Range: Lowest Versus Highest In 2025 Testing (Driver, Iron, Wedge)

Spin isn’t “good” or “bad”—it’s a tool. The right golf ball is the one whose spin profile matches your swing. Lower driver spin can add carry and tame curvature; too little spin can make shots fall out of the air.

Higher iron and wedge spin helps you stop the ball on the green. Too much of it can balloon your flight. In the MyGolfSpy 2025 Ball Test presented by UNRL, the biggest separations show up in wedge spin (full and 35-yard shots), while driver and mid-iron spin differences are tighter.

Use the tables below to see which balls are at the extremes for your swing speed and then choose the profile that complements your game.

High swing speed spin data

For fast swingers, the driver spread is almost 850 rpm, big enough to change flight windows. The Srixon Z-STAR Diamond sits at the top while Callaway Supersoft anchors the low end. With irons, the gap is even larger: nearly 1,300 rpm between Z-STAR Diamond and Bridgestone TOUR B RXS.

High swing speed (116 MPH) – Driver spin

Highest Spin	Spin (rpm)	Lowest Spin	Spin (rpm)
Srixon Z-STAR Diamond	2,967	Callaway Supersoft	2,113
Srixon Z-STAR	2,942	Srixon SOFT FEEL	2,303
Bridgestone TOUR B X	2,890	TaylorMade SpeedSoft	2,343

High swing speed (90 MPH) – Iron spin

Highest Spin	Spin (rpm)	Lowest Spin	Spin (rpm)
Srixon Z-STAR Diamond	7,173	Bridgestone TOUR B RXS	5,365
Callaway Chrome Tour X	7,126	Callaway Supersoft	5,854
Titleist Velocity	7,103	Vice Pro Air	5,949

Mid swing speed spin data

At mid speeds, the driver spread is slightly smaller but the iron gap is large, over 1,300 rpm between Titleist Tour Soft and ERC Soft. That difference can decide whether a ball hops forward or checks quickly on approach shots. Mid-speed players may benefit most from mixing profiles: lower driver spin for distance, higher iron spin for control.

If you’ve noticed the trend already, the Z-Star Diamond is in the top three for iron and driver spin for both high and mid swing speed players. The same can be said for the Callaway Supersoft on the low end of the spin scale.

Mid swing speed (102 MPH) – Driver spin

Highest Spin	Spin (rpm)	Lowest Spin	Spin (rpm)
Callaway Chrome Tour X	2,783	Callaway Supersoft	1,972
Srixon Z-STAR Diamond	2,691	Srixon SOFT FEEL	2,147
Wilson Staff Model X	2,670	TaylorMade Tour Response	2,157

Mid swing speed (80 MPH) – Iron spin

Highest Spin	Spin (rpm)	Lowest Spin	Spin (rpm)
Titleist Tour Soft	6,749	Callaway ERC Soft	5,428
Srixon Z-STAR Diamond	6,716	Callaway Supersoft	5,430
Wilson Staff Model X	6,615	TaylorMade Tour Response	5,555

Low swing speed spin data

The standout here is how some tour balls spin dramatically higher than distance models, even for slower players. Chrome Tour X and TP5 reach 3,300–3,500 rpm off the driver while Supersoft drops under 2,600 rpm.

That extra spin can help certain players get the ball airborne but it can also exaggerate slices or ballooning. With irons, the 1,200-plus rpm gap between Tour Soft and Tour Response highlights a tradeoff: higher-spin urethane balls give slower players much-needed green-holding ability while low-spin models may roll out too far to stop reliably.

Low Swing Speed (86 MPH) – Driver spin

Highest Spin	Spin (rpm)	Lowest Spin	Spin (rpm)
Callaway Chrome Tour X	3,490	Callaway Supersoft	2,589
TaylorMade TP5	3,328	TaylorMade Tour Response	2,740
Bridgestone Tour BX	3,327	Srixon SOFT FEEL	2,761

Low swing speed (65 MPH) – Iron spin

Highest Spin	Spin (rpm)	Lowest Spin	Spin (rpm)
Titleist Tour Soft	5,532	TaylorMade Tour Response	4,264
Srixon Z-STAR Diamond	5,420	Callaway ERC Soft	4,292
Callaway Chrome Tour X	5,350	Vice Pro Air	4,323

Wedge spin data

Wedges are where golf ball spin rates separate the most. On full shots, the gap is 1,500-plus rpm, enough to be the difference between a ball zipping back or releasing past the pin.

At 35 yards, the spread is massive: TP5 at 6,026 rpm versus Velocity at just 2,058. If you want your wedge shots to stop quickly, you may need a high-spin urethane ball. If you don’t rely on spin and prefer rollout, ionomer balls like Velocity or Supersoft will get the job done.

Wedge spin – Full wedge

Highest Spin	Spin (rpm)	Lowest Spin	Spin (rpm)
Callaway Chrome Tour X	10,148	Vice Pro Plus	8,613
Wilson Staff Model X	9,847	Bridgestone TOUR B X	8,686
Kirkland Performance+ v3.5	9,828	Mizuno Pro X	8,865

Wedge spin – 35 yards

Highest Spin	Spin (rpm)	Lowest Spin	Spin (rpm)
TaylorMade TP5	6,026	Titleist Velocity	2058
Bridgestone TOUR B XS	5,998	TaylorMade SpeedSoft	3,177
Wilson Staff Model X	5,992	Pinnacle Rush	3227

Final takeaways

• Spin isn’t good or bad—it’s about fit. The right ball complements your swing speed and shot patterns.
• Driver versus irons show different stories. You can pair a lower-spin driver ball for distance with a higher-spin iron/wedge ball for control.
• Low, mid and high speeds see different gaps. High-speed players face the widest spreads and must choose between control and distance. Mid-speed players benefit most from balancing low-spin drivers with higher-spin irons. Low-speed players should decide whether they want rollout or green-holding power.
• Wedges are the tiebreaker. The biggest differences in the test came from wedge spin, nearly 4,000 rpm between the highest and lowest on 35-yard shots. If scoring around the greens matters, this is where you should focus your decision.

The 2025 ball test shows spin differences between golf balls can be just as impactful as switching clubs. Your choice should be based on numbers that work for your game.

• Complete 2025 Golf Ball Test Results