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- Corrects hooks and slices by up to 75 percent
- Easy to use; simply point the arrow at your target and swing
- Golf ball is designed for recreational golfers; illegal for tournament play
- Self-correcting technology
- Each box contains 12 self-correcting golf balls
Specifications:
- Each Box Contains: 12 Polara Ultimate Straight Golf Balls
- Construction: 2-piece
- Ball Size: 1.682 inches
- Ball Target Weight: 46.0 grams
- Core Material: Polybutadiene
- Core Diameter: 1.535 inches
- Cover Material: Ionomer
- Cover Material Thickness: 0.073 inches
- Cover Material Hardness: 62 Shore D
- Number of Dimples: 386
- Ball Flight Characteristics: Self-Correcting Technology
The Polara Story
Two scientists, Daniel Nepela and Fred Holmstrom, developed the original Polara golf ball. The Polara's dimple pattern was unique, having six rows of normal dimples on its equator, but very shallow dimples elsewhere. The asymmetrical dimple pattern was a breakthrough in aerodynamic design that helped the ball self-adjust its spin-axis during the flight and thus enabled the ball to correct slices and hooks in fli
Polara Ultimate Straight Self Correcting 2 Piece Golf Balls (1 Dozen)
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- Corrects hooks and slices by up to 75 percent
- Easy to use; simply point the arrow at your target and swing
- Golf ball is designed for recreational golfers; illegal for tournament play
- Self-correcting technology
- Each box contains 12 self-correcting golf balls
Specifications:
- Each Box Contains: 12 Polara Ultimate Straight Golf Balls
- Construction: 2-piece
- Ball Size: 1.682 inches
- Ball Target Weight: 46.0 grams
- Core Material: Polybutadiene
- Core Diameter: 1.535 inches
- Cover Material: Ionomer
- Cover Material Thickness: 0.073 inches
- Cover Material Hardness: 62 Shore D
- Number of Dimples: 386
- Ball Flight Characteristics: Self-Correcting Technology
The Polara Story
Two scientists, Daniel Nepela and Fred Holmstrom, developed the original Polara golf ball. The Polara's dimple pattern was unique, having six rows of normal dimples on its equator, but very shallow dimples elsewhere. The asymmetrical dimple pattern was a breakthrough in aerodynamic design that helped the ball self-adjust its spin-axis during the flight and thus enabled the ball to correct slices and hooks in fli
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