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Riding can put an extravagant amount of chronic strain on the muscles and joints of the upper neck, causing the proprioceptors in this region to send less accurate information to your brain regarding the position of your head relative to the rest of your body. While the average person can get by on two out of three available sources of balance information, motocrossers are by no means average! Imagine riding with your eyes closed and you’ll immediately understand what I mean. Choosing the correct line on the track requires fine motor control and lightning quick movements. Such swift, controlled movement can be enhanced by the judicious use of proprioceptive/balance aids. Balance aids come in a myriad of shapes and sizes. Wobble Boards and Bongo Boards are two examples that make great choices for riders looking to improve their balance. When using a Wobble Board, Bongo Board or other proprioceptive apparatus, aim to reproduce your riding position. For motocross racers, this is akin to an "attack position" where your knees, hips and back are flexed as they would be while negotiating a technical section of the track or trail. Proprioceptive training in this manner has been shown to have a positive influence on sense of position of the ankle joint and on balance, in addition to increasing muscle tone.
Motocross racers tend to be a tough bunch in terms of pain tolerance. A recent study concluded that human ankle proprioception is quite resistant to muscle pain. Adequate muscular strength can help to prevent injury in the first place, but take solace in knowing that your proprioception is not going to suffer too badly from banging up against a rock even if the rest of your ankle does! In the event that you do suffer a more serious ankle injury, balance training can expedite your return to riding. One of the leading causes of chronic ankle instability is believed to be a combination of diminished proprioception and lateral ankle muscle weakness. Balance training has been proven very effective in reducing the frequency of ankle sprains in people with chronic ankle instability. Studies show that 80% are functionally stable after completing a well-designed program.
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