McLaren Built A Set Of Golf Clubs With Formula 1 Technology

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McLaren has spent decades chasing tenths of a second in Formula 1. This week in Miami, it’s chasing something far less measurable: credibility on the golf course.

The British brand formally launched McLaren Golf on the eve of the Miami Grand Prix, planting its flag in a new arena with the debut of its first line of irons-and a high-profile endorsement to match. Justin Rose, the 2013 U.S. Open champion and now a partner in the venture, is putting them straight into play at the PGA Tour’s Cadillac Championship at Trump National Doral. Rose also regularly golfs with McLaren driver and current F1 World Champion, Lando Norris.

Rose has been involved in development for roughly a year, not just as a face for the brand but as a hands-on contributor. That’s the story McLaren wants to tell-that this isn’t a licensing exercise or a branding play, but a ground-up engineering effort.

McLaren Golf’s engineering process begins with Metal Injection Molding (MIM), an advanced and highly specialized manufacturing process rarely used at scale in golf due to its complexity and cost. MIM offers precision control over material composition, internal geometry, and mass distribution-unlocking a level of freedom not possible through traditional forging or casting.

In this case, McLaren says the construction method trims roughly 2 to 3 grams from each clubhead-small numbers on paper, but meaningful when redistributed to influence center of gravity and moment of inertia.

The clubs also incorporate a structural mesh integrated directly into the head, a detail that will look familiar to anyone who has studied McLaren’s road cars. The pattern ape components used in models like the 750S, where structural efficiency and weight distribution are part of the design language. Here, that mesh allows engineers to thin out certain sections while reinforcing others, freeing up mass for tungsten weighting.