The STING VX2 Vixen Exercise Training Glove (S13V-X282) is engineered for women athletes who seek exceptional comfort, durability, and performance during their workouts. Crafted with precision, these gloves are perfect for a wide range of training exercises, from weightlifting to boxing. The gloves feature a Diamond Cool Weave top that ensures maximum airflow, keeping your hands cool and dry even during intense sessions. For added strength and performance, the gloves have micro-suede top hand paneling that enhances durability while offering superior grip and control. The Grip Flex finger expansion joints ensure natural hand movement, providing flexibility and support throughout every exercise. Neo Gel palm and finger inserts maximize comfort, reduce hand fatigue, and improve grip on weights or equipment. The gloves are designed with an aniline leather reinforced palm, which not only boosts the gloves' longevity but also offers excellent protection against wear and tear. The anatomical design of these gloves ensures a secure and snug fit, while the elasticized wrist cuff delivers added support and prevents slippage during your workouts. Ideal for strength training, boxing, or high-intensity fitness routines, the STING VX2 Vixen Exercise Training Gloves offer the perfect blend of comfort, support, and performance to help you reach your full potential. These gloves are a must-have for women who are serious about improving their training regimen and achieving their fitness goals.
Specifications:
Crafted specifically for athletes
Diamond Cool Weave top for superior moisture control and airflow
Micro-suede top hand paneling for added durability and grip
Grip Flex finger expansion joints for natural hand movement
Neo Gel palm and finger inserts for enhanced comfort and grip
Aniline leather reinforced palm for superior durability
Anatomical design for a snug, customized fit
Elasticized wrist cuff for added support and stability
Ideal for weight training, boxing, and high-intensity workouts
Reduces hand fatigue and enhances performance during exercises
