The Cobra L4V F driver which stands for Limit 4 Variables, is the first driver in the industry to push the four R&A defined performance variables to the edge: MOI, dimensions, COR and volume. The Cobra L4V F is designed for faster-ball-speed players and generates a high launch and a low-to-mid spin, along with a straight to slight draw-biased ball flight. The F Shaft balance point is shifted closer to the grip, so more mass can be placed in the clubhead to help increase MOI while maintaining preferred swing weight. This gives faster-ballspeed players more distance and accuracy by providing high launch and low-to-mid spin.

From the carbon composite crown and sole section to the tungsten back-weighting, this multi-material driver has been designed for maximum distance and accuracy. The ultra-lightweight carbon composite crown and sole section, along with high-density tungsten back weighting, work together to shift weight low and back, generating a Moment of Inertia up to 5900. The result is that the Cobra L4V F has the highest MOI of any driver Cobra has ever built – as well as the highest allowed by the governing bodies. This means less club head twisting at impact, promoting more power and forgiveness on off-centre hits.

Club head dimensions have a strict limit of 5” by <5”. By taking the dimension variable to the limit, Cobra engineers pushed the weight low and back, resulting in higher launch and longer drives. Cobra’s patented Dual Rhombus Face insert technology, combined with the largest face area in golf, optimizes face flex to provide maximum COR across the clubface for the ultimate in ball speed and distance. Cobra has also taken club head volume to the max. At 460 cubic centre meters, the Cobra L4V F offers maximum power and forgiveness. The Cobra L4V F has been engineered to propel the ball further and straighter than ever before and has been paired with one of the most advanced shafts on the market, the Cobra/Mitsubishi Rayon Diamana Red Board, featuring Cobra’s exclusive Dynamic Shaft Balancing System.