Can Golf Balls Get Waterlogged? Yes – Here's What Happens

Can Golf Balls Get Waterlogged? Yes – Here's What Happens

By Sarah Miller ·

Yes, golf balls can get waterlogged, especially after prolonged submersion in water, which may degrade their performance by altering compression, reducing distance, and affecting flight consistency. Modern multi-layer balls with thin urethane covers are most vulnerable, while two-piece recreational balls resist water absorption longer.

How Waterlogging Affects Golf Ball Performance

When a golf ball is submerged in water for an extended period, water can penetrate the cover and reach the core, leading to structural changes that compromise its integrity and playability. This process, known as waterlogging, impacts key performance metrics including ball speed, spin rate, and overall energy transfer at impact.

Key Effects of Water Absorption

Variation by Golf Ball Construction

Different golf ball designs exhibit varying resistance to water intrusion. The materials used in the cover, number of layers, and seam quality all influence how quickly moisture penetrates.

Types of Golf Balls and Water Resistance

Golf Ball Type Submersion Time Avg. Distance Loss (%) Weight Gain (mg) Compression Change
Two-Piece (Surlyn) 1 week 3% 15 -5%
Two-Piece (Surlyn) 3 months 7% 42 -12%
Three-Piece (Urethane) 1 day 6% 28 -10%
Three-Piece (Urethane) 1 week 18% 65 -25%
Tour Balata Replica 48 hours 22% 78 -30%
Table data source:1, 2

The data shows that urethane-covered balls absorb water significantly faster than Surlyn models, with measurable performance degradation beginning within 24–48 hours. After one week, high-end balls lose over 15% of original distance output due to combined mass increase and reduced resilience.

Real-World Scenarios: When Waterlogging Occurs

Waterlogging typically happens in these situations:

Studies show that over 50 million golf balls are lost annually in U.S. water hazards alone, many of which remain submerged for months. While some retrieval services clean and resell them, performance is not guaranteed.

Testing for Waterlogged Golf Balls

You can assess potential water damage using simple field tests:

About Golf Ball Recovery and Reuse

Commercial operations recover millions of submerged golf balls each year. These are cleaned, graded, and resold. However, even after tumbling and polishing, internal moisture remains undetectable without lab testing.

Reconditioned balls labeled “practice grade” or “value pack” are best suited for driving ranges, not competitive rounds. For tournament play, always use factory-fresh or verified dry-used balls.

Frequently Asked Questions About Waterlogged Golf Balls

How long does it take for a golf ball to become waterlogged?

High-performance urethane-covered golf balls can begin absorbing water within 12–24 hours of submersion. Significant performance loss occurs after 2–3 days. Two-piece Surlyn balls may resist noticeable degradation for up to several weeks.

Can you dry out a waterlogged golf ball?

No, once water penetrates the core, it cannot be fully removed through air drying or heating. Laboratory vacuum-drying shows minimal recovery, but structural changes are permanent. Performance will not return to original levels.

Do waterproof golf balls exist?

No golf ball is completely waterproof, though some are more water-resistant. Two-piece balls with durable Surlyn covers offer the best protection. Manufacturers seal seams tightly, but prolonged exposure will eventually allow moisture ingress.

Are lake-retrieved golf balls worth using?

Lake-retrieved balls can be cost-effective for practice, but expect variable performance. Premium models degrade faster underwater. Inspect for scuffs, weigh them, and avoid using recovered balls in competition where consistency matters.

Does temperature affect waterlogging speed?

Yes, warmer water increases molecular penetration, accelerating water absorption. Balls submerged in tropical climates degrade faster than those in cold freshwater lakes. Saltwater may corrode covers slightly faster due to chemical interaction.