Cobra uses 3D printing and precise weighting in the new 3DP MB and X irons for enhanced control and stability.
With the launch of the 3DP MB and 3DP X models, Cobra introduces two irons that appear traditional at first glance but follow a distinctly different concept on the inside. Both models are made from fully 3D-printed 316L stainless steel. The key innovation lies in the internal lattice structure, which, according to Cobra, enables precise weight distribution — something not achievable with conventional casting or forging.
The Cobra MB: Muscleback with Room for Play
The 3DP MB is aimed at players who prefer a compact blade but seek a bit more stability. Its design is based on the King MB but slightly adjusted, featuring a bit more offset and a thinner topline. Inside, a printed lattice structure saves weight, allowing up to 55 g of tungsten to be placed in the heel, toe, and hosel. The result, according to the manufacturer, is a muscleback with increased forgiveness — without visually deviating from the classic blade shape.
The technology inside the club. (Photo: Cobra)
The X: Support in a Sleek Package
For players with a mid-level handicap, the 3DP X offers an alternative. The shape sits between classic tour irons and game-improvement clubs. Again, a 3D-printed lattice structure allows targeted weight distribution. This design achieves a low center of gravity and the highest MOI (moment of inertia) in the entire series. Up to 55 g of tungsten in the toe and hosel significantly extend the margin of error on off-center hits.
Available Exclusively via Custom Fitting
The irons are available exclusively through custom fitting, allowing all parameters — from shaft to grip to swing weight — to be tailored individually. The clubs are manufactured in Helsingborg and will be available in retail from January 9, 2026. The price for a set of six is 2,400 euros, including custom configuration.
(Information provided by Cobra Puma Golf)