The Cobra 3DP Tour putters, a range that includes a blade and five mallets, evolves the company’s additive manufacturing process for putter construction to incorporate multiple materials surrounding a weight-saving 3D-printed nylon crown structure with stainless steel and tungsten for increased stability for better strokes, better impacts and more consistent roll.
The Cobra OPTM family of drivers looks to take a new step toward enhancing stability and forgiveness through special shaping and balanced internal weighting for more consistent distance and dispersion.
Cobra’s King Tec-MD is built to bridge the gap between driver and fairway wood, offering a smaller, more controllable option off the tee and a playable alternative from the turf.
Cobra builds on its expertise in 3D-printing with a new players iron (3DP MB) as well as a game-improvement model (3DP X). The irons are completely 3D-printed, allowing for a level of precision and intricacy not available in clubs that are forged or cast.
Recent R&D efforts have zeroed in on beefing up ball speed retention around the sweet spot, and thanks to the precision of Golf Laboratories’ swing robot, we’re able to see which drivers are actually walking the walk.
The new Baffler iron set from Cobra combines five different clubhead designs in an effort to elevate trajectory and increase forgiveness in specific ways throughout the bag for beginning golfers and those looking at the super game-improvement category.
The new irons make meaningful moves forward with a new hollow-body construction that features Cobra’s largest cupface design in an iron to date for more ball speed.
The Cobra DS-Adapt family of drivers will include four models ranging from the compact, low-spin, tour-preferred LS to the ultra-high forgiveness-focused Max-K.
An updated Cobra Tec and Tec One Length iron are joined the game-improvement Tec X. All are hollow-body designs that use tungsten weighting to enhance launch and stability.
The new Cobra LIMIT3D irons will break new ground as the first commercially available clubs made completely through additive manufacturing, or what’s known as three-dimensional (3D) printing.
Australian Golf Digest
