Printed 3D putter you should try

There is innovation, and then has Cobra’s innovation.

During a recent visit to Cobra HQ in Carlsbad, Ca, I passed a full assembly And he left with something that felt more like a short appearance in the future than a new club: Cobra Limit3d Enzo. Built using completely 3D 3D printed stainless steel and designed with an internal lattice structure to maximize stability, this putter offers a level of consistency, sound, and feel difficult to ignore-when numbers begin to support it.

Makes what makes the line3d different?

The Limit3D Putter Family currently includes four fully printed 3D head forms:

Enzo -Balanced face -to -face with a shaft with a gap for a direct, straightforward blow

Enzo-30 – Short neck goods with 30 ° toe hanging for players with a slight bow

Track-45 – Hydraulic neck blade with 45 ° fingers hanging for a moderate bow

Track-60 – the flow of the flow of the stem at 60 ° to the toe depends on a hard arc

The four are printed of 316l stainless steel, and each contains an internal lattice structure that redistributes the mass in the perimeter. The result? Moi higher, more forgiveness and a feeling that traditional rivals with a minced piece, with no design limitations.

My adaptation to the headquarters of Cobra

In Cobra’s HQ assembly studio, I was suitable for a 34 -inch Enzo using Sam Puttlab, a high -tech system that traces dozens of real -time stroke metrics. From the corner of the face to time to consistency, captures everything that matters and It makes it easy to see what a good fit can do.

Cobra limit3d Irons Custom

Limit3D irons use 3D printing technology to push beyond traditional casting skills and counterfeiting to develop the blade profile of a compact player that has a gentle forged feeling and forgiveness of excess iron, improving the game. The first 3D printed iron in the world using the optimism software of the advanced ntop topology, Cobra took on a muscle blade shape and added an internal lattice structure that allowed us to reposition 33% of the total weight of the club. The redistribution of this frugal weight allowed us to create a smaller profile iron with the highest (more forgiveness) and a lower (higher release) CG to make this forgiving blade you will ever hit. Good feeling good, 3D printed internal flu allows us to adjust the club’s frequency to influence to maintain a forged and attractive sound.

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The stock enzyme already felt excellent, fresh sound, clean roll and a very durable head through influence. But true profits came when we began to tear our head weight. Once we have called for weight to match the feeling and tempo, every metric improved. The face was more durable, the rotation was better, and the distribution was tightened. Not to mention, my goal improved to 96% from 89% in the share of the stock.

This was not about pursuing excellence. It was about viewing performance with the feeling, and data that tells the story that changes had a positive impact on performance.

True power of 3D oppression

What makes Limit3d Putters special is not just the delightful factor, is the performance. 3D printing allows COBRA to create internal shapes and structures that are impossible to be milling or castAnd it gives them the freedom to follow the performance without compromise.

The lattice structure inside the enzo is not just for appearance. It lifts excess weight from the center and pushes it to the edges, increasing forgiveness while maintaining a responsible feeling. And because the putter is completely pressed, there is no glue, no inserts and no artificial tuning. Only the smart engineer from the inside out.

Something different

With everyone who follows zero torque, Cobra’s Limit3d Putters are one of the newest most convincing notes in Putter space this year. Not because they are trendy, but because they perform flatly. Whether you are a curses player you seek more stability or a blade fan who wants forgiveness without sacrificing feeling, there is a model in this formation worth tested.

If you are also from serious distance about your placement, go adjust. Find the pattern that matches your stroke, experiment with your head weights and let the technology speak for yourself.

Kobra is above something great here. With the tournaments of the tournament already trusting the 3D printed cuffs and a growing family of places who hit the retail, it is clear that they are not just trying the waters. They are building the future, a portion of printed at a time.

Kobra has not been done yet

The Limit3d Putter line is only a part of the puzzle. If you were paying attention, you know that Kobra was exploring 3D printing in other parts of the bag as well. Most importantly in 3D printed handcuffs played by Max Homa AND Gary Woodland. The same additional production technology that is reshaping the layers is already evidenced in tours in full swing clubs.

And don’t make a mistake: that’s just the beginning. Cobra has hinted that the most limb3D models are already at work, with potential for expanded shapes, new models, custom weight constructions and new stretch patterns to hit retail in the near future.

Cobra is not experimenting. They are investing. 3D printing is becoming an essential part of the way they project and build golf clubs, and what we are seeing now is just the tip of the iceberg.

Ready to fix your bag? Reserve your adaptation to real golf.