VELO. Taekwondo Kick Pad Microfiber Leather Double Kicking Durable Strike Pads Kickboxing Training Combat Sports Karate Target

VELO taekwondo racket is a prime addition in the VELO Fitness and Training gear range. VELO taekwondo paddle is a genuine design for the training, kickboxing MMA and martial artists. Made using high quality extremely durable strong microfiber material which can withstand the most forcible punishment. This Taekwondo target pad is used for athletes to practice low and high kicks! This double side’s target, enhance your speed, accuracy and strength. Focus Target made of high-quality synthetic microfiber leather inside super Eva with Holding wrist strap to stop the kick pad from dropping the Ultra Micro Fiber makes this strike pad extremely durable and long lasting. The internal Tri-layered fibre padding allows the strike shield to bear the strongest impacts of force. The paddle incorporates the Eva-Gel Shock-resistant technology that disseminates and distributes the impact of force equally throughout the pad and resists its transformation to the connecting surface which reduces the risk of injury.

• VELO taekwondo racket is a prime addition in the VELO Fitness and Training gear range. VELO taekwondo paddle is a genuine design for the training, kickboxing MMA and martial artists. Made using high quality extremely durable strong microfiber material which can withstand the most forcible punishment.
• This Taekwondo target pad is used for athletes to practice low and high kicks!
• This double side’s target, enhance your speed, accuracy and strength. Focus Target made of high-quality synthetic microfiber leather inside super Eva with Holding wrist strap to stop the kick pad from dropping the Ultra Micro Fiber makes this strike pad extremely durable and long lasting.
• The internal Tri-layered fibre padding allows the strike shield to bear the strongest impacts of force.
• The paddle incorporates the Eva-Gel Shock-resistant technology that disseminates and distributes the impact of force equally throughout the pad and resists its transformation to the connecting surface which reduces the risk of injury.