There is a lot of debate online about which is the best running technique for a runner to use. One of the more common debates is about the foot strike pattern and if it should be forefoot, midfoot or heel striking the ground first. The bulk of the evidence does not support one over the other.
{openx:185}
The foot strike pattern refers to the way a runner’s foot makes initial contact with the ground during each stride. There are three primary types: rearfoot strike (heel strike), midfoot strike, and forefoot strike. In rearfoot striking, the heel touches the ground first, followed by the midfoot and forefoot. Midfoot striking involves the heel and ball of the foot landing almost simultaneously, while forefoot striking means the ball of the foot contacts first, with the heel either lightly touching afterward or not at all. These patterns can influence biomechanics, efficiency, and risk of injury.
Most recreational runners naturally adopt a rearfoot strike, especially at slower paces. This pattern provides more stability and often feels comfortable because cushioned running shoes are designed to accommodate it. However, heel striking also increases impact forces transmitted up the leg, which has been associated with certain injuries like shin splints or knee pain. On the other hand, elite distance runners tend to show more variety, with some preferring midfoot or forefoot strikes, particularly at faster speeds.
A midfoot strike is often considered a balance between cushioning and efficiency. It tends to reduce the braking forces that occur with a heavy heel strike while avoiding the high calf and Achilles loading associated with forefoot striking. Many coaches recommend midfoot striking for long-distance running because it spreads out impact forces more evenly across the foot. However, adopting this pattern requires adequate ankle and calf strength, and a gradual transition to avoid overuse injuries.
The forefoot strike is commonly seen in sprinters and barefoot runners. This style allows for faster turnover and efficient energy return from the Achilles tendon, which acts like a spring. It’s beneficial for short, explosive efforts but places significant stress on the calves, Achilles tendon, and metatarsals. Without careful adaptation, runners switching suddenly to a forefoot strike can experience calf strain or plantar fascia issues. Ultimately, no single pattern is “best” for all runners—individual biomechanics, goals, and comfort largely determine the most suitable strike pattern.
Most Useful Resources:
Foot Strike Pattern and Running Injury (PodiaPaedia)
Foot Strike Pattern and Injury Rates (Running Research Junkie)
Its six of one and half a dozen of the other: Rearfoot vs Forefoot striking when running (Running Research Junkie)
Emerging Evidence on Footstrike Patterns in Running (Podiatry Arena)
Running Footstrike: Rearfoot, Midfoot or Forefoot, Which is Best? (Podiatry Arena)
New studies on injury rates between forefoot and rearfoot striking (Podiatry Arena)
{openx:185}