BRUCE BOLT Signature Series Long Cuff Batting Gloves - Ian Happ Edition - Happ White Medium

BRUCE BOLT Signature Series Long Cuff Batting Gloves - Ian Happ Edition - Happ White Medium

• HIGHEST QUALITY, MOST DURABLE BATTING GLOVE IN BASEBALL: Each pair of BRUCE BOLT Signature Series batting gloves are handmade by skilled craftsmen using only the highest quality 0.9mm Cabretta leather and stitching techniques which makes our gloves buttery soft but more durable than any other glove on the market.
• 0.9 MILLIMETER DOUBLE REINFORCED CABRETTA LEATHER PALM DOESN’T GET HARD OR CRUNCHY: Cabretta leather is the highest quality leather in the world. It offers superior “feel” and durability characteristics and it’s also unbelievably soft! The palms feature padded reinforcement areas to prevent tears in the leather and protect the player’s hands. And if our gloves don’t get hard and stiff, simply rub leather conditioner or mink oil inside and out and they’ll be as soft as when you bought them.
• DESIGNED TO FIT: We studied the human hand to understand where we could refine the design of our gloves to fit better than any other in baseball. Our fingers pinch to follow the conical shape of the human finger and our palm is curved to follow the medial articulation (the curve) of the wrist. Our design not only makes our gloves more comfortable but it also makes BRUCE BOLT gloves more durable because there isn’t any unnecessary stitching near the major wear points on the glove.
• PROPRIETARY DOUBLE INVERSE CUFF FOR SUPPORT AND POWER: Our stabilizing cuff secures the wrist across the back of the hand and our heavy-duty elastic wrap adds support and power. This protects against nagging wrist injuries while also creating a more powerful swing and unmatched wrist support at contact.
• DESIGNED WITH PRO PLAYERS: The BRUCE BOLT Signature Series is developed in collaboration with current professional athletes like Ian Happ, Harrison Bader, Brandon Nimmo, and more, bringing their personal style and performance preferences directly to the field in every pair.