The STING Curved HD Bump/Strike Shield - SBS-702BK is a high-performance training tool designed to withstand the most intense striking drills and workouts. Built with a performance ripstop outer skin, this shield offers outstanding durability and resistance to tears and abrasions, ensuring that it stands up to rigorous use in the gym. Its high-density, lightweight foam padding provides superior shock absorption, enabling athletes and trainers to strike with confidence and intensity without the risk of injury. The four-handle configuration offers multiple hand grip options for maximum versatility and comfort, allowing for a secure and stable grip throughout training. An easy-to-wipe outer layer ensures that the shield stays clean and hygienic between sessions, adding to its longevity and ease of use. With compact dimensions of 390W x 620H x 165D mm, this shield is perfect for a wide variety of striking drills, making it a versatile addition to any training routine. Whether you're honing your striking technique, preparing for a competition, or enhancing your workout, the Curved HD Bump/Strike Shield provides the durability, performance, and flexibility required to elevate your training to the next level. Designed to handle intense pressure and repeated impact, it’s an essential tool for trainers and athletes alike. Experience the ultimate in performance and versatility with the STING Curved HD Bump/Strike Shield – a must-have for anyone serious about improving their striking skills and training effectiveness.
Specifications:
Performance ripstop outer skin for exceptional durability
High-density, lightweight foam padding for superior shock absorption
Four-handle configuration with multiple grip options
Easy wipe outer layer for convenient cleaning and maintenance
Compact design: 390W x 620H x 165D mm
Ideal for a wide range of striking drills and exercises
Versatile for both trainers and athletes of all levels
Perfect for high-intensity training sessions
Suitable for use in gyms, martial arts studios, and fitness centers
Designed to withstand repeated impacts and intense pressure
