Can Bowling Balls Crack In the Cold? (A Quick Answer)



  • Yes, cold temperatures can cause bowling balls to crack due to the contraction and shrinkage of the ball’s core and cover, which can lead to stress on the material’s structure.
  • Proper storage techniques and avoiding extreme temperature changes can help prevent this from happening.


As a bowling enthusiast, you’ve probably invested in the perfect ball to elevate your game.

But did you know that cold temperatures could pose a threat to your beloved bowling ball? Just like any other equipment, your bowling ball can be affected by extreme weather conditions, causing it to crack or even lose its efficiency on the lanes.

In this blog post, we’ll delve into how cold temperatures impact bowling balls and what you need to do to protect them from potential damage.

Can Cold Temperatures Cause Bowling Balls to Crack?

Understanding The Effects Of Cold Weather On Bowling Balls

Cold weather can have a significant impact on the performance and durability of bowling balls. As temperatures drop, these spheres undergo a series of changes that affect their material properties.

One key alteration is the increased density and stiffness that result from contracting at low temperatures.

In addition to performance issues, cold temperatures can cause bowling balls to become more brittle and prone to cracking. For example, imagine leaving your bowling ball in a freezing car overnight — as it gets colder, the ball contracts around its finger holes or other weak points on its surface.

This added stress might eventually lead to cracks forming all around these vulnerable areas.

Factors That Contribute To Cracking, Including Material And Temperature

The material and temperature are two significant contributors to cracking in bowling balls. Bowling balls are made up of a core, an outer cover, and materials like urethane, reactive resin, or plastic.

These materials react differently to extreme temperature changes making some more susceptible to cracks than others.

For instance, when a bowling ball is exposed to low temperatures for long periods such as storage in cold weather conditions or even due to transportation from one place with different climate conditions it can lead to contraction of the “core’ which makes the ball more brittle and susceptible to cracking around its finger holes or anywhere else on its surface.

Preventing Bowling Balls From Cracking In Cold Weather

can bowling balls crack in the cold

Proper Storage Techniques

To prevent cracking and other damage to your bowling ball due to cold temperatures, it’s important to store it properly. When not in use, keep your ball at room temperature (around 70°F) and avoid exposing it to extreme heat or cold.

In addition, you can invest in a bowling ball bag that offers some insulation against temperature changes. If you frequently bowl outdoors or are traveling with your ball, consider using a bag made specifically for this purpose.

Avoiding Extreme Temperature Changes

To help prevent damage to your bowling ball due to temperature changes, it’s important to avoid exposing it to extremely hot or cold environments. This means that you should not leave your bowling balls in the trunk of a car during subzero winter temperatures or scorching summer heat waves.

Additionally, it’s essential to acclimate your bowling ball slowly when transitioning between different temperatures. For example, if you bring your ball from outside freezing weather into a warm indoor environment, allow ample time for it to adjust before using it.


In conclusion, cold temperatures can indeed have an impact on bowling balls and cause them to crack. The core and cover of the ball can shrink or expand when exposed to extreme heat or cold, leading to damage.

However, proper storage techniques and avoiding extreme temperature changes can help prevent this from happening.

It’s important for avid bowlers to take care of their equipment, including maintaining optimal storage conditions and not leaving their bowling ball in a car during harsh weather conditions.