Review: Cobra 3D Printed Putter Improves CEO’s Golf Game


Share this Article

In our latest product review, Alan Meckler, CEO of’s parent company, 3DR Holdings, had the opportunity to test out one of Cobra Golf’s 3D printed putters, made using HP’s Multi Jet Fusion technology. 

I have been playing golf for over 40 years. Like many weekend golfers, inconsistency is the hallmark of my game.  My golf index (“handicap”, a universal measurement used throughout the world) is 14. This means that, on average, my score for a round of eighteen holes ranges from 87 to 93.  When I score best, it usually has to do with how well I putt.  After all, as the saying goes, “Drive for show, putt for dough”! 

Indeed, the putter is typically utilized more times than any of the 14 clubs one has in a golf bag. My goal (and the generally accepted standard) is to average two putts per hole, or better. I rarely accomplish this goal, more likely averaging a bit over. Because putting is so important to garnering a better score, one is always on the look-out for a new putter that will help in the quest to come in under two putts per hole.

The King 3D Printed Agera putter. Image courtesy of Cobra.

Thanks to Cobra Golf, was lucky enough to receive a test putter from its new “King 3D Printed Series”, made with HP’s multi jet fusion (MJF) technology. A few other companies have dabbled, but Cobra has established itself as the worldwide leader in 3D printed golf clubs. Integrating 3D printing into golf club production is an inevitable decision for the golf industry, and Cobra is to be applauded for leading the way.

Cobra’s 3D Printed Clubs

In the past, Cobra has used HP’s MetalJet 3D printing technology to produce limited edition clubs, meaning that it could turn to metal binder jetting again in the future. Its stable product line, however, relies on MJF, a form of polymer sintering, to produce key components for its series. Cobra offers six 3D printed putter designs in a range of club-head styles that have a variety of shaft lengths – all in all numbering twenty options. Each model features a nylon 3D printed cartridge integrated with traditionally manufactured components. Coming in at $349 for the majority of the clubs, the retail price for the 3D printed line is on par with any good brand name putter.

Our test model was the Agera. With a 34-inch-long shaft, the Agera has a mallet design, with a striking all-black appearance. Inside the club head is a 3D printed lattice unit paired with tungsten weights.  While the face of the putter (which makes contact with the ball) is aluminum, the body is steel, with a forged aluminum crown.  The club looked great, but more importantly it felt great in my hands and enabled a great sense of control throughout the putting motion.

A breakout of the various components in the King 3D Printed line. Image courtesy of Cobra.

With 3D printing included in the process, a world of complex geometries and weight distribution is opened up to Cobra.  Without 3D printing, such a design wouldn’t be possible—or it wouldn’t be possible in any cost-efficient manner.

The production of this putter is no small technical feat, integrating traditional manufacturing with a lot of additive manufacturing.  The 3D printed nylon elements replace what would be aluminum in traditionally manufactured putters. Nylon is much lighter than aluminum and this weight saving means that the Agera (and all the other Cobra models) tend to be notably lighter in weight than traditionally manufactured putters.

3D Printed Putters Enhance Performance

I played four rounds (seventy-two holes) with the Cobra King Agera 3D printed putter. So, how did I do? I produced more one-putt holes and fewer three-putt holes. When I compared the Agera with my incumbent, Odyssey mallet putter, I found the Agera’s lighter weight and wonderful balance gave me a smoother stroke.

On average, I scored about three strokes better than my handicap. Of course, this is a small sample size, and, while one does “…putt for dough,” the results from Tee to Green do make a difference, as well. In this regard, I played pretty well by my standards during these practice rounds.  But who is to say that the confidence engendered by my putting results didn’t spillover into the rest of my game?

I look forward to spending a full golf season with the Cobra Agera 3D printed putter. I hope that this early success will lead to even better putting over the next year. With the plethora of styles and options available within the Cobra King 3D Printed putter family, I feel confident recommending the product to anyone.

Share this Article

Recent News

3D Printing Financials: Materialise Reports Growth in 2023 with Medical Segment Success

3DPOD Episode 188: Clare Difazio of E3D – Growing the Industry, and Growing With the Industry


3D Design

3D Printed Art

3D Printed Food

3D Printed Guns

You May Also Like

3D Printing News Unpeeled: Solenoids, Hydrogel Buildings and Missiles

Malgorzata A. Zboinska and others at Chalmers University of Technology and the Wallenberg Wood Science Center have managed to 3D print a hydrogel made of alginate and nano-cellulose. They hope...

Featured Sponsored

3DXTECH Launches “Pellet to Part” Program for 3D Printing Materials

Always looking to shake up the material extrusion segment of 3D printing, Michigan-based 3DXTECH has introduced a novel initiative named the “Pellet to Part” program. To further drive collaboration with...

Interview: NAGASE Facilitates AM Adoption with EMPOWR3D 3D Printing Brand

The additive manufacturing (AM) market is entering a new phase in which large companies from outside of the segment have entered and begun consolidating. In reality, this trend has been...


Printing Money Episode 15: 3D Printing Markets & Deals, with AM Research and AMPOWER

Printing Money returns with Episode 15! This month, NewCap Partners‘ Danny Piper is joined by Scott Dunham, Executive Vice President of Research at Additive Manufacturing (AM) Research, and Matthias Schmidt-Lehr,...