Overstriding, What It Is and How to Fix It
If there's one gait fault that coaches see more than any other, it's this: the foot landing ahead of the knee, ahead of the body's centre of mass. Overstriding. And with every step, you're braking.
It's the most common running inefficiency. It's also the most fixable.
What Overstriding Actually Means
Overstriding happens when your foot contacts the ground in front of your centre of mass rather than beneath it. The effect is mechanical: each landing creates a braking force that slows you down and spikes the load on your joints. You're working against yourself, step after step.
The reason most runners do it isn't poor form awareness — it's something more fundamental.
The Root Cause: You're Running Like You Walk
Walking mechanics are built around leading with the leg — heel first, body follows. That pattern is hardwired. When most people start running, they simply accelerate that same movement. The result is a running gait that looks like fast walking: leg extending forward, foot reaching out, body catching up behind.
But running is a different sport entirely. The correct pattern is more like jumping from leg to leg — the body travels over a foot that's landing beneath it, not in front of it. The body defaults to what it knows. Changing that takes deliberate practice.
How to Spot It: V or R Legs
A useful visual check: look at the shape your legs make at the moment of foot contact. You can do this from a short side-on video of yourself running — any speed, any phone camera.
V-shape — front leg extended forward with a relatively straight knee, back leg extended behind. A wide V with no shock absorption. That's overstriding.
R-shape — front knee bent, foot landing beneath the hip, trail leg curled. Compact and springy. That's what efficient running looks like.
Most runners find this the single most useful cue. If your legs make a V at foot contact, your foot is reaching forward. If they make an R, it's landing under you.
Two Tells: Stride Length and Bounce
Overstriding shows up in two distinct ways that runners often mistake for separate problems:
Stride too long — the foot reaches forward at contact. Energy is redirected backwards instead of forward. Every step is partly a brake.
Bounce too high — the body travels vertically instead of horizontally. Every unnecessary centimetre of vertical movement is wasted energy.
Both are the same mistake: energy going in the wrong direction. Elite runners operate across a wide cadence range — research published in the Journal of Applied Physiology places elite cadence at 155–203 steps per minute, with recreational runners typically operating between 160 and 170. The often-cited target of 180 spm is a rough benchmark, not a universal rule or prescription.
The Cost: Brake, Then Break
Every overstride creates a load spike at landing. As fatigue sets in, that spike compounds. Research by Mizrahi (2000) found tibial impact force climbing from around 6.9g when fresh to 11.1g after 30 minutes of running — nearly double. That trajectory explains why stress fractures, patellofemoral pain syndrome (PFPS), and IT band syndrome all track directly with overstriding patterns.
The overstriding runner doesn't just slow down — they create the exact conditions for injury, worsening with every kilometre run.
The Myth: Foot Strike Isn't the Fault
Here's where many runners get sidetracked. The debate around heel striking versus forefoot or midfoot striking is largely irrelevant to overstriding.
Any foot strike pattern can overstride. Any foot strike pattern can land efficiently under the body.
The problem is foot position at landing, not foot orientation. A heel striker who lands under their hip is not overstriding. A forefoot striker who reaches forward with a straight knee is. Where the foot lands relative to the centre of mass matters far more than which part of the foot contacts the ground first.
The Fix: Quick Feet and Cadence
The most evidence-backed intervention for overstriding is a modest cadence increase — around 5–10% above your natural rate. The effect on joint loading is direct. Research by Heiderscheit (2011) found this increase associated with a 34% reduction in knee load. In a 2023 study by Bramah, approximately one in three runners with patellofemoral pain experienced measurable relief within a single session of cadence-adjusted running.
The minimum effective dose, based on more recent research by de Almeida (2024), is one guided session combined with around two weeks of practice with a metronome. That's the start-point — not weeks of complex form drills.
A metronome app set 5–10% above your current cadence is enough to begin. Run with it for two weeks and the rhythm starts to embed.
The Mindset: Stop Coaching Form. Start Coaching Feel.
The problem with trying to consciously correct running form is that it's nearly impossible to maintain at training pace. What works better is chasing a feeling.
When cadence is right and footfall is landing under the body, running feels light, soft, and controlled = effortless in a way that heel-first, over-reaching mechanics never do. That's the sensation to pursue. Use a metronome or music (170-180bpm) to set the rhythm. Use a jump rope, or single-leg hops to build the footwork patterns off the road. Then run, and let the body find the rest.
Fuelling Efficient Running
Correcting overstriding doesn't just reduce injury risk — it changes your energy economy. More efficient mechanics mean less energy lost to braking and vertical movement, which extends what your fuelling can do for you over longer distances.
Whether you're building cadence in training or targeting race-day efficiency, your fuelling strategy needs to match the work you're actually doing. The Endurance Kollective Fuel App builds a personalised race-day fuelling plan, free to use, built for athletes training to run better as well as longer.
BUILD YOUR FREE FUEL PLAN HERE: https://endurancekollective.co/en-eu/pages/fuel-app-precision-nutrition-powered-by-the-latest-science