Cobra Golf is once again pushing the boundaries of golf club design with the launch of two new additions to its 3D-printed iron family: the 3DP MB and 3DP X. These models mark a significant step forward in the use of additive manufacturing in golf, offering players enhanced performance, precision, and feel.
3D Printing in Golf Club Design
3D printing, or additive manufacturing, has been steadily gaining traction in the golf industry, particularly for its ability to create complex geometries and optimize weight distribution. Cobra was one of the first major golf brands to embrace this technology, debuting its 3D-printed putters and irons in recent years. The new 3DP MB and 3DP X irons continue this innovation, leveraging 3D printing to deliver tour-level performance with unmatched customization and consistency.
Introducing the 3DP MB Irons
The 3DP MB (Muscle Back) irons are designed for elite players who demand maximum control and feedback. These irons feature a classic blade shape with a compact profile, thin topline, and minimal offset. What sets them apart is the 3D-printed internal lattice structure, which allows Cobra to fine-tune the center of gravity (CG) and improve weight distribution without compromising the traditional look and feel of a muscle back iron.
The result is a set of irons that offer exceptional shot-shaping ability and a soft, responsive feel at impact. The 3DP MB irons are forged from 1025 carbon steel and finished with a sleek satin chrome, giving them a premium aesthetic that matches their performance pedigree.
The All-New 3DP X Irons
While the 3DP MB targets better players, the 3DP X irons are designed for a broader range of golfers seeking a blend of distance, forgiveness, and feel. These irons feature a hollow-body construction with a 3D-printed internal structure that enhances stability and optimizes mass distribution. The result is a high-performance iron that delivers explosive ball speeds and consistent launch conditions across the face.
The 3DP X irons also incorporate a forged PWRSHELL face insert, which increases flex at impact for greater distance. Combined with the 3D-printed lattice, this design allows Cobra to precisely position weight for improved MOI (moment of inertia) and forgiveness, making the 3DP X an ideal choice for players who want performance without sacrificing playability.
Why 3D Printing Matters in Golf Equipment
Traditional manufacturing methods often limit the complexity of internal club structures. With 3D printing, Cobra can create intricate lattice designs that would be impossible to produce using conventional techniques. These structures not only reduce weight but also allow engineers to redistribute mass more effectively, enhancing performance characteristics such as CG placement, MOI, and face flex.
Moreover, 3D printing enables rapid prototyping and customization, allowing Cobra to iterate designs quickly and tailor clubs to the specific needs of tour players and consumers alike. This flexibility is a game-changer in the golf industry, where precision and feel are paramount.
Performance Meets Innovation
Both the 3DP MB and 3DP X irons reflect Cobra’s commitment to innovation and performance. By integrating 3D printing into the core of their design process, Cobra is not only enhancing the performance of its clubs but also redefining what’s possible in golf equipment manufacturing.
These new irons are expected to appeal to a wide range of players—from low-handicap purists who prefer the feel and control of a blade, to mid-handicap golfers looking for a forgiving yet powerful iron. With the 3DP MB and 3DP X, Cobra continues to lead the charge in bringing cutting-edge technology to the fairway.
Source: GOLF.com
