Low temperatures significantly impact golf ball performance. Colder air is denser, creating increased drag and reducing distance. Compounding this, the materials used in golf ball construction, particularly the core, can become less resilient in the cold, further diminishing ball speed and responsiveness around the green. Choosing a golf ball designed to combat these effects can mean the difference between maintaining performance and struggling through winter rounds. For example, a premium, three-piece ball with a soft, low-compression core designed for cold weather play would likely perform better than a harder, distance-focused ball in freezing temperatures.
Maintaining optimal distance and control in cold conditions is crucial for any golfer seeking consistent play year-round. The right golf ball selection can mitigate the adverse effects of cold weather, allowing for a more enjoyable and successful experience on the course. While advancements in golf ball technology have addressed this challenge in recent years, understanding the impact of temperature on ball performance has always been a factor for serious players, particularly in regions with colder climates. This understanding drove manufacturers to develop specific ball constructions optimized for cold weather play.