COBRA, already a pioneer in introducing 3D printing to the golf world, proudly presents the 3DP, the world's first 3D-printed steel irons. So revolutionary is this construction that COBRA can make one seriously remarkable boast: the 3DP is the most forgiving blade-shaped offering on the market, combining the compact looks and soft feel better players demand with the forgiveness, stability, and CG properties of a game-improvement iron.
The 3DP's 3D-printed internal lattice structure is the driving force behind the iron's rare combination of traits. This unique structure reduces the head's weight by a massive 33% compared to traditional cast or forged clubs. COBRA's engineers strategically repositioned the discretionary weight savings in the heel and toe, utilizing up to 100 grams of tungsten. The result is an iron that belies its size, delivering performance benefits once reserved only for significantly larger club heads.
COBRA 3DP Tour Irons Feature:
3D Printed from 316 stainless steel
3D Printing allows for a muscle-back blade shape and player-preferred soft feel (similar size and shape to KING TOUR) with the mass properties of a game-improvement iron
Internal lattice structure creates discretionary weight that allows for up to 100g of tungsten in the heel and toe for a low CG and extraordinary MOI, stability, and forgiveness
Lattice structure also fine-tunes acoustics to produce the most appealing sound and soft feel at impact
COBRA has experimented with 3D printing for nearly 12 years, but only recently found the formula to manufacture a consumer set of irons. Now, the 3DP Tour irons are an extension of the first 3D printed iteration and is helping the company to continue pushing forward with 3D printing.
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