Introducing 3DP putters for Cobra. There are limited numbers of Enzo (maul) and Pista (blades) (500 each).
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From where I sat, the 3D technology related to golf clubs has been the concept of “one day, one day”.
I remember the first time I saw something 3D printed – astronauts 3D printed tools in space about seven or eight years ago. It seemed crazy at the time until I realized that people had been 3D printed items for years, which put me in a stumbling way.
I never thought this technique would go into golf, but we are here.
As many companies choose lanes to guide them in the development of technology (for example, Callaway and its pursuit of AI dominance) Cobra Golf has entered 3D and has been upgraded with each iteration.
Cobra 3DP Tour Custom Iron
$357 on fairway jockey
King 3D Printing Tour Irons unlock new areas of performance using 3D printing technology. One of their designs has the most forgiving blade shape on the market, providing the forgiveness that ideal players need, as well as the stylish look and soft feel that better players want. Each iron of 3D printed steel structure is fully 3D printed with 316 stainless steel. 3D printing has great advantages over traditional casting and forging methods, thus unlocking more design freedom and significant performance improvements. Forgiving player blade shape 3D printing has unlocked new design possibilities, allowing Cobra engineers to create compact blade shapes in the game’s improved iron quality attributes (high MOI, low CG) without sacrificing appearance and soft feel, making players’ needs better. The inner lattice structure The Cobra takes the shape of the blade on the back of the muscle (similar to the size and shape of the Kings Tour iron) and transforms the inside of the blade into a complex internal lattice structure to reduce the weight of the club by 33%. This discretionary weight was repositioned to optimize the sense, CG position and MOI.
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Recall that in early 2025, new Cobra employee Max Homa put a full set of Muscleback Irons into play. I’ve seen them close; they are flawless. This is the first thing you will find anything in a 3D or metal injection bucket – tolerance and consistency clubs will be nervous about clubs.
Now it’s a 3D printed push rod.
introduce New Cobra Golf 3DP Putter
Three things to know
- 3D printing opens up some new opportunities for performance lanes, and I don’t even think Cobra realizes from the beginning: In club design, things have to be done between weight tolerances. For example, you could design a very high MOI putter and be very forgiving, but at some point you are limited by the weight of a specific head. Therefore, choices must be made to sacrifice one to satisfy the other. Through the 3D process, decisions are erased from the table. If you want to place a high MOI package in a smaller MOI chassis, you can use 3D printing. Since Cobra produces these from a piece of steel, it actually allows engineers to generate heads with the desired design, drill out the weight from one position, and then redistribute anywhere they like. Take the Enzo design as an example, which weighs up to 170 grams, replaced by a lattice, which allows the Cobra R&D to redistribute weight in a zero-compromising way in terms of feel and performance.
- All Cobra 3DP putters have descending loft technology. This facial technology is known by Sik and now La Golf – now La Golf – To The Face Technology has four lofts from top to bottom (four degrees at the top and 1 degree at the bottom), which allows putts to be optimized for those players who tilt the axle and those who add lofts in impact.
- The only way to make a pushrod using these performance attributes is by 3D printing. This is a new area of possible club design. The best way to describe it is overall productivity with little compromise in the design-VS tolerance dilemma. Here is Chad Dehart, senior product line manager for Cobra: “As a leader in technology and innovation, we recognize the potential of 3D printing to create more advanced products, and the impressive performance improvements of limit3d irons make it possible to apply the same technology to putters. We are excited to introduce these new models and believe players will be impressed by their performance.”
Model:
Pista (blade)
Cobra Golf
Pista-45
•Plumber’s neck
•45° toe hanging
• Complete axis offset
• Ideal for moderate stroke types
Pista-60
•Small torticol neck
•60° toe hanging
•½ axis offset
• Ideal for scanning type. arrive
Enzo (Hall)
Cobra Golf
•Single Bend Position
•0° toe suspension – Face balance
•½ axis offset
•The ideal of straightforward strokes
Enzo-30
•Small torticol neck
•30° toe hanging
• ¾ axis offset
• Ideal for moderate stroke types
Cobra Golf
Every Cobra Golf:
Both Enzo and Pista models come standard with KBS CT Tour Putter 120 axle and Super Surgery Zenergy 2.0pt grips. Each new Limit3D putter model ($599 each) has only 500 units available for purchase online and select retailers. For more information or to purchase Limit3D putters, visit www.cobragolf.com.
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