To improve as a runner, regardless of your ability and experience, you need to run consistently over long periods of time. But logging miles regularly—some at quicker paces to prepare for races—can result in overuse injuries.
Outsmart injury with this six-step process:
- Learn your body
- Develop efficient patterns of movement
- Improve joint mobility
- Strength train
- Identify training errors
- Increase your body awareness
Learn Your Body
When runners and triathletes visit Erik Taylor, a National Academy of Sports Medicine certified trainer in Redondo Beach, California, the first thing he does is analyze their strengths and weaknesses. Sounds simple, but this requires a trained eye.
“There are deviations in biomechanics and these will lead to injuries,” Taylor says.
More: Improve Your Form
If you’ve suffered from the same recurring injury, or experience soreness, tightness or aches in the same places frequently, visit a trained specialist, sports medicine doctor or physical therapist for a biomechanical analysis.
“Evaluating and addressing possible misalignment, motion or stability issues can optimize a runner’s ability to cope with the repetitive pounding and occasional overreaching associated with running,” says Ken Nicodemus, exercise physiologist and director of The Fit Stop Human Performance Lab in Carlsbad, California.
One way to help with stability issues is to choose your running shoes carefully, Nicodemus advises. Ensure the type and fit is appropriate for your mechanics and terrain, and replace worn shoes every 400 to 500 miles. If you experiment with a new brand or type—minimalist shoes, for example—give yourself time to adjust. Start with a 20-minute easy run in the new shoes and increase time in them gradually if you don’t experience discomfort or blisters.
More: Use Your Running Shoes to Prevent Injury
Develop Efficient Patterns of Movement
After Taylor, a former member of the Nike Farm Team (a post-collegiate running program whose goal was to develop Olympians and national champions), exposes a client’s weaknesses, he helps him or her build structural integrity, or the foundation of a strong, injury-free body.
“Building the base of biomechanics helps you move efficiently without deviations,” says Taylor. “For example, when you perform a functional exercise [such as a plank], everything should be in alignment; the midline of your core should be strong enough to hold your spine without deviation.”