THE MOST ADVANCED INNOVATION IN
GXBOLT-963 is a one-of-a-kind advanced mobile resistance training technology that is built, designed, and created for power, first step quickness and flat-out raw speed! Unlike anything seen or felt before, GXBolt-963 possess the ability to develop absolute breakaway speed.
Get better results in shorter training time. GXBOLT-963 patent pending speed and agility training technology applies synchronized speed cord resistance to chest, ankles, arms, and knees compressing training drills to shorter time frames; delivering better results in strength and power faster than ever.
GXBOLT-963 revolutionary and advanced resistance technology is the only static or mobile resistance training technology that is specifically designed to significantly produce power, first step quickness, acceleration, speed and agility.
GXBOLT-963 allows athletes to perfect their sprinting form. With the patented pulley system technology strategic location, this supplies athletes with the perfect form of resistance. The system forces athletes to move the arms and legs effectively and efficiently in a piston like manner. Resulting in and creating proper sprinting form, technique, and mechanics.
Coaches are now able to micro dose train with the advance technology of GXBolt-963. Athletes get better results in shorter training time and with less repetitions needed. GXBOLT-963 patent speed and agility training technology apply synchronized speed cord resistance to chest, ankles, arms, and knees compressing training drills to shorter time frames, delivering better results in functional strength and power faster than ever.
Indoors, outdoors, grass, turf, track, sand or basketball/volleyball court or on-the-go, GXBOLT-963 makes training easy and convenient anywhere, anytime. Lightweight, tested and certified to withstand the most brutal weather conditions, athletes – GXBOLT-963 offers coaches, trainers and athletes endless static, mobile or push/pull training drill configurations that can be set up in any training environment.