Cobra uses 3D printing and precise weighting in the new 3DP MB and X irons for improved control and stability.
With the introduction of the 3DP MB and 3DP X models, Cobra launches two irons that look traditional at first glance but feature a fundamentally different concept inside. Both models are made from fully 3D-printed 316L stainless steel. The key innovation is the inner lattice structure, which according to Cobra enables precise weight distribution—a feat unachievable with conventional casting or forging.
The Cobra MB: Muscleback with Room to Play
The 3DP MB is designed for players who prefer a compact blade but want a bit more stability. Its shape is based on the King MB, slightly modified with more offset and a thinner topline. Inside, the printed lattice structure saves weight, which is used to position up to 55 g of tungsten at the heel, toe, and hosel. The result is a muscleback with enhanced forgiveness without visually departing from the classic blade shape.
The technology inside the club. (Photo: Cobra)
The X: Support in a Sleek Package
For mid-handicap players, the 3DP X offers an alternative. Its shape falls between classic tour irons and game-improvement clubs. Here, too, the 3D-printed lattice structure enables targeted weight distribution, resulting in a low center of gravity and the highest MOI in the entire series. Up to 55 g of tungsten in the toe and hosel significantly expand the forgiveness on off-center hits.
Available by Custom Fitting Only
The irons are exclusively available through custom fitting. According to Cobra, this allows individual adjustment of all parameters—from shaft and grip to swing weight. The clubs are manufactured in Helsingborg and will be available in specialist retailers from January 9, 2026. The price for a six-piece set is 2,400 euros, including personalized configuration.
(Information provided by Cobra Puma Golf)