A Urethane-Covered Golf Ball Doesn’t Guarantee High Spin

If you want more spin around the greens, you’ve probably been told to play a urethane-covered golf ball. In our 2026 golf ball testing, presented by UNRL, urethane balls produced considerably more wedge spin than ionomer balls. They also held onto much more of that spin when moisture was introduced.

But the testing showed something else. We saw differences of more than 1,600 rpm between urethane models on a 35-yard wedge shot. On a full dry wedge, an ionomer-covered ball even finished with more spin than one of the urethane models.

Urethane matters. It just doesn’t guarantee how much spin you’ll get.

Urethane is still the better bet for spin

If short-game spin is important to you, urethane is still the place to start.

Test	Urethane average	Ionomer average
35-yard wedge	5,415 rpm	3,506 rpm
Full wedge, dry	10,339 rpm	7,079 rpm
Full wedge, wet	9,310 rpm	3,891 rpm

On the 35-yard wedge shot, the average urethane ball produced about 1,900 rpm more spin. On a full dry wedge, the difference was more than 3,200 rpm.

The gap became even larger once moisture was introduced.

There was a 1,674-rpm difference between urethane balls

The Bridgestone Tour B XS produced 5,948 rpm of spin. The Snell PR3 produced 4,274 rpm.

Both are urethane-covered golf balls. If you picked those two golf balls simply because both had urethane covers, you’d be missing a pretty significant difference in how they performed on a 35-yard wedge shot.

Ball	Cover	35-yard spin
Bridgestone Tour B XS	Urethane	5,948 rpm
Bridgestone Tour B X	Urethane	5,939 rpm
Srixon Z-Star XV	Urethane	5,927 rpm
PXG Xtreme Tour	Urethane	4,466 rpm
Kirkland Performance+ White	Urethane	4,458 rpm
Snell PR3	Urethane	4,274 rpm

An ionomer ball even finished ahead of a urethane ball

The Vice Tour has an ionomer cover and produced 9,217 rpm on a full swing wedge shot. It was higher than the Snell PR3.

Ball	Cover	Dry full-wedge spin
Vice Tour	Ionomer	9,217 rpm
Titleist TruFeel	Ionomer	8,929 rpm
Snell PR3	Urethane	8,886 rpm

Water is where urethane really separated itself

To me, most of this data wasn’t overly surprising. It’s generally what I expected although the Vice Tour and TruFeel produced more spin than I would have guessed.

The part that stands out most is the difference between wet and dry spin and, specifically, how much spin each cover type retained. I think this is something a lot of average golfers overlook. Plenty of approach shots and pitches are played from the rough and even when it hasn’t rained, there can be moisture on the grass and golf ball from dew or damp conditions.

The average urethane ball retained about 90 percent of its dry full-wedge spin. The average ionomer ball retained only about 55 percent.

That’s a huge difference and one that’s much more likely to show up on the golf course than golfers may realize.

Cover	Dry spin	Wet spin	Spin retained
Urethane	10,339 rpm	9,310 rpm	90%
Ionomer	7,079 rpm	3,891 rpm	55%

Some urethane balls handled moisture much better than others

While the overall urethane spin retention averages are high, there are still variations within the category. Something like the Tour B XS is essentially unaffected when the golf ball gets wet. In comparison, the TaylorMade Tour Response and Snell PR4 struggle to retain spin.

Looking at this objectively, you start to understand why some golf balls cost $40 a dozen and some are $55.

Urethane ball	Dry spin	Wet spin	Spin retained
Bridgestone Tour B XS	10,546	10,515	99.7%
Titleist Pro V1x	10,792	10,638	98.6%
Bridgestone Tour B X	10,509	10,307	98.1%
Vice Pro Air	10,126	8,379	82.7%
TaylorMade Tour Response	10,103	7,781	77.0%
Snell PR4	10,276	7,505	73.0%

What should you look for when buying a golf ball?

If you want more spin around the green, start with urethane. The numbers strongly support that. But don’t stop there. The word “urethane” can help narrow your search. The performance of the individual golf ball should make the final decision.