3D-Printed Disc Golf Putter Gains PDGA Approval for Tournament Play
A 3D-printed disc golf putter made in Grand Junction has received approval from the Professional Disc Golf Association (PDGA) for use in tournament play.
Grand Junction Montrose, CO, September 18, 2026 — A disc golf putter manufactured using 3D printing technology in Grand Junction has officially received approval from the Professional Disc Golf Association (PDGA) for use in sanctioned tournament play. The approval marks a significant step for disc golf equipment innovation, allowing a product created with additive manufacturing to compete alongside traditionally manufactured discs.
The specific details regarding the manufacturer or the name of the disc model were not immediately available. However, the acceptance by the PDGA indicates that the 3D-printed putter meets the established standards for flight characteristics, weight, dimensions, and material composition required for competitive disc golf.
The Professional Disc Golf Association is the governing body for disc golf, setting rules and standards for equipment and competition. Gaining PDGA approval is a crucial milestone for any disc golf disc, as it signifies that the product is deemed fair and suitable for use by professional and amateur players in official events. This endorsement opens the door for the wider adoption of 3D-printed golf discs in the sport.
This development highlights the growing influence and capability of 3D printing in the production of sporting goods. The technology allows for intricate designs and potentially customized properties that may offer new performance characteristics. The PDGA’s decision to approve such a disc suggests a willingness to embrace advancements in manufacturing processes that can enhance the sport.
Further details about the company behind the 3D-printed putter, its manufacturing process, and the specific advantages its design may offer players are anticipated as the product becomes more widely available following its PDGA certification. The approval process typically involves rigorous testing to ensure that new equipment does not provide an unfair advantage or violate existing rules.
Story summarized from the original created by By KALEN MCCAIN kalen.mccain@gjsentinel.com on www.gjsentinel.com, see more information here.
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