Srixon Q Star Tour 2024 Golf Balls

Click Golf £58.00 Go to Click Golf First seen in Sep 2024

Description

Srixon Q Star Tour 2024 Balls - Yellow Introducing the all-new Srixon Q-STAR TOUR, renowned as Srixon's softest ball, yet engineered to deliver tour-level performance through its redesigned 3-piece construction. The Q-STAR TOUR boasts a slightly firmer compression rating for increased ball speeds, complemented by an ultra-soft urethane cover that enhances spin on approach shots and provides a gratifying, softer feel. FASTLAYER CORE Beginning with the heart of the golf ball, we layer thousands of materials to create a gradual shift from firm to soft. In this latest iteration, the core has been reengineered with a slightly higher compression rating, enhancing ball speeds and distance off the tee. However, we've maintained the core's softness to achieve two crucial objectives: minimizing sidespin during long-game shots for heightened accuracy with Woods and Irons, and ensuring tour-level control on approach shots. SPIN SKIN Spin Skin is an exclusive golf ball coating designed to elevate spin at a microscopic scale. Leveraging a meticulously engineered molecular shape, Spin Skin enhances the flexibility of Q-STAR TOUR's high-quality urethane cover, enabling the ball to grip Iron and Wedge grooves upon impact. This enhanced grip boosts friction on all approach shots, resulting in increased spin and control. PREMIUM URETHANE COVER When it comes to tour-level performance near the green, stopping power is paramount. Featuring an ultra-thin, top-tier urethane cover that is softer than its predecessor, coupled with our specialised Spin Skin coating, Q-STAR TOUR ensures exceptional spin and control, setting a new standard for world-class performance. 338 SPEED DIMPLE PATTERN The 338 Speed Dimples found on the Q-STAR TOUR enhance aerodynamics, leading to improved flight performance. With a reduced drag coefficient, the ball moves through the air with increased ease, resulting in a more penetrating launch and a straighter trajectory. Additionally, a higher lift coefficient enables the ball to remain airborne for longer periods, maximising overall distance.