Cobra LTDx Max Driver – Store Demo

Club has been returned as a part of our 45-day Return Policy. Has been used a few times, but will perform and look similar to new!

Pre-Owned clubs are eligible to be returned withing 30 Days of purchase for a one-time store credit. Clubs must be returned in with normal wear only and may not be altered in any way. All accessories (product literature, tools, and headcovers, if applicable) must be returned to receive full credit.

The LTDx Max driver is the first to achieve zero CGna and Xtreme MOI making it our fastest and most forgiving ever. The LTDx MAX Driver shares the Xtreme distance and forgiveness of the standard LTDx model with added heel weighting to provide draw bias for those that need it.

The LTDx Max Driver features H.O.T (Highly Optimized Topology) Face Technology that uses Artificial Intelligence & Machine Learning to create their hottest face. The design uses 15 HOT zones with
strategic thicknesses to increase smash factor and ball speed across a wider area of the face.

Features:

• PWR-COR TECHNOLOGY: A PWR-COR multi-material weighting system consisting of steel, titanium and
  aluminum positions mass low and forward to combine low spin with faster ball speed for maximized distance
• H.O.T FACE TECHNOLOGY: H.O.T (Highly Optimized Topology) Face Technology uses Artificial Intelligence &
  Machine Learning to create our hottest face. The design uses 15 HOT zones with strategic thicknesses to increase smash factor and ball speed across a wide area of the face
• CNC MILLED INFINITY FACE: An updated CNC Infinity Face design wraps around the leading edge to increase the zone of maximum ball speed while providing a traditional topline for improved visual alignment
• ADJUSTABLE WEIGHTING: A heavy and a lightweight (10g and 3g) can be positioned in the back or the heel to promote a neutral or draw biased flight
• MULTI-MATERIAL CHASSIS: A multi-material chassis uses lightweight carbon crown and sole plates, and a reinforced Titanium Speed Frame to create optimal weight distribution for maximum stability