SiM 2 Max Driver Mens Right Graphite Ladies 10.5 Degrees

New Forged Ring Construction

Forged ring construction is the key that unlocks a new dimension in distance and forgiveness. Forged from a lightweight and high strength aluminum that is milled to an exacting shape, it unites a massive rear weight, a full carbon sole, crown, and a new milled back cup face. Creating a driver designed for increased stability and forgiveness, giving golfers the confidence to take on any tee shot.

SIM Inertia Generator

The asymmetric inertia generator is designed to provide faster club head speed through advanced geometry and aerodynamic analytics. A full lightweight carbon sole enables the redistribution of mass for a deeper CG and enhanced forgiveness.

Speed Injected Twist Face

Improves ball speed by calibrating each head to the threshold of the legal speed limit with corrective face curvature also protecting against heel and toe mis-hits.

Thru-Slot Speed Pocket

Our most flexible speed pocket design engineered to maximize ball speeds and produce additional forgiveness on low face strikes.

Split Mass Weighting

Designed to enhance forgiveness while allowing for pinpoint target swing weights during custom assembly.

• New Forged Ring Construction. Forged from a lightweight and high strength aluminum that is milled to an exacting shape, it unites a massive rear weight, a full carbon sole, crown and a new milled back cup face.
• SIM Inertia Generator. The asymmetric Inertia Generator is designed to provide faster club head speed through advancedgeometry and aerodynamic analytics.
• Speed Injected Twist Face. Improves ball speed by calibrating each head to the threshold of the legal speed limit with corrective face curvature also protecting against heel and toe mis-hits.
• Thru-Slot Speed Pocket. Our most flexible Speed Pocket design engineered to maximize ball speeds and produce additional forgiveness on low face strikes.
• Split Mass Weighting. Designed to enhance forgiveness while allowing for pinpoint target swing weights during custom assembly.