Heel Strike Running is Bad For Your Foot's Arch vs Forefoot Running

Heel Strike Running is Bad For Your Foot’s Arch vs Forefoot Running

12/02/2024 Bretta Riches 0

The hard impact from heel striking was found to overload the arch, resulting in forces acting on the arch that are stronger than the forces acting on the arch in forefoot running. At the same time, the burst in high impact that always occurs at heel strike forces the foot into extreme positions (hyper-pronation), resulting in more bending and twisting strain rippling onto the leg and into the knee! What’s worse, there’s little indication that shoe cushioning is a quick fix for this. The best course of action is to adopt a forefoot strike landing because it was also proven to make it easier for the arch to store more energy-saving elastic power, which is what the arch was designed for.


Heel Strike vs Forefoot Strike Running: Which One’s More Injurious?

Heel Strike vs Forefoot Strike Running: Which One’s More Injurious?

09/02/2024 Bretta Riches 0

Over the last decade, study after study has found heel strike runners are 2.6 times more likely to have mild injuries, 2.4 times more likely to have moderate injuries and have an overall injury rate nearly 2 times higher than forefoot strike runners. The big reason heel strike runners have higher levels of injury is because all-around impact levels are often much more in heel strike running than forefoot running, and running shoes, despite thick cushioning, actually amplifies the already higher-than-normal impacts of heel strike running.

Why is Running On Your Forefoot Better for Long Distances?

Why is Running On Your Forefoot Better for Long Distances?

28/01/2024 Bretta Riches 0

One of the many reasons forefoot running sustains most safely on the body and more efficiently than heel strike running across all distances is by engaging a significantly higher degree of smoothness in foot-placement at landing, which not only was found to reduce surface forces, over-striding, over-pronation and brake loads, it also made the arch better at loading more energy-saving elastic power, which enabled the foot to spring up with minimal muscular effort at each step.

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