Marucci Oxbow Lizard Skins Martian 43A2 11.5” Infield Baseball Glove: MFGOXLS43A2-MAR

Marucci Oxbow Lizard Skins Martian 43A2 11.5” I-Web Infield Glove brings bat-grip technology inside the glove to give infielders a tackier feel and enhanced control. The palm lining features Lizard Skins DSP Ultra texture, delivering 3x more static friction compared to standard leather lining for increased grip strength, leverage, and glove control. The Pro fit and Dual Wide shape provide a comfortable, versatile feel, while the medium-depth pocket is designed for dependable ball control. Premium Japanese-tanned steerhide leather provides structure and rugged durability, while the moisture-wicking mesh wrist lining with dual-density memory foam padding adds comfort. Professional-grade rawhide laces provide maximum tear resistance for dependable performance on the infield.Product Features: • Size: 11.5” • Web: I-Web • Fit: Pro • Shape: Dual Wide • Depth: Medium • Recommended Position: Infield • Throwing Hand: Right-hand throw • Leather: Premium Japanese-tanned steerhide leather • Provides structure and rugged durability • Palm Lining: Lizard Skins DSP Ultra texture • 3x more static friction compared to standard leather lining • Increased grip strength, leverage, and glove control • Wrist Lining: Moisture-wicking mesh with dual-density memory foam padding • Laces: Professional-grade rawhide for maximum tear resistance • M Type Fit System: Integrated thumb and pinky sleeves with enhanced thumb stall cushioning FAQ Who is the Oxbow Lizard Skins Martian 43A2 designed for? The 43A2 is designed for infielders. What size is the 43A2? The glove measures 11.5”. What web does this glove use? The 43A2 features an I-Web. What makes the Lizard Skins palm lining different? The Lizard Skins DSP Ultra lining provides 3x more static friction compared to standard leather lining for increased grip strength, leverage, and glove control. What type of leather is used? The glove features premium Japanese-tanned steerhide leather for structure and rugged durability.