Runners spend a lot of time thinking about pace, mileage, workouts, and race goals, but form is always there in the background, quietly influencing everything.
The way your feet strike the ground, how your arms swing, and where your torso sits over your hips. All of it shapes how efficiently you move.
Some aspects of running form are easy to notice. A tall, relaxed posture looks smooth and fluid. Excessive arm swing or heavy, pounding steps stand out immediately. But not every inefficiency is obvious, especially when it’s happening in your own stride.
One of the most common form issues is overstriding. Many have heard the term, but few can clearly define it or recognize whether they’re doing it themselves.
Overstriding occurs when your leading foot lands too far in front of your body rather than underneath your center of mass. This subtle shift in mechanics can increase braking forces with every step, reduce running economy, and place additional stress on your joints and muscles.
If you want to run more efficiently, lower your injury risk, and feel smoother at faster paces, understanding overstriding and how to correct it is an important place to start.
What is Overstriding?
Overstriding is the excessive forward reach of the leg and occurs when a runner’s foot lands too far ahead of their body’s center of mass during each stride.
Instead of landing directly under the hips, the foot strikes the ground in front of the runner, often with an extended leg and a heel-strike landing.
There are a few defining characteristics:
#1: Angled Tibia
In an optimal running strike, the tibia, or shin bone, should be essentially vertical when you land. This means the knee should be directly over the ankle when you first make contact with the ground.
It’s important to note that the tibia might not be vertical in the air during the flight phase, but as soon as you make ground contact, the shin should be vertical.
This helps keep your foot closer to your center of mass and reduces torque on your joints because they are aligned, and the lever length (or moment arm) from the impact force is shorter.
When you overstride, the tibia is angled instead of vertical, such that the ankle is well in front of the knee instead of stacked up and down.
#2: Foot Far In Front Of The Pelvis
When you overstride, the horizontal distance between where your foot contacts the ground and your pelvis is significant. The foot will be far in front of your center of mass.
#3: Heel Striking
You land on your heel or rearfoot when you overstride because the tibia is angled backward, thrusting the foot into dorsiflexion (toes pointed up). This means the heel contacts the ground first.
Why Is Overstriding Bad For Your Running?
The benefits of a vertical shin—and the drawbacks of overstriding—boil down to principles of physics.
Overstriding is less efficient due to the basic physics principle that “every action has an equal and opposite reaction.”
The acceleration and direction of your tibia at initial contact will dictate the resultant ground reaction forces that, in turn, impact your leg.
When you overstride, your body weight will follow the angle of your shin, pressing forward and away from your body.1Souza, R. B. (2016). An Evidence-Based Videotaped Running Biomechanics Analysis. Physical Medicine and Rehabilitation Clinics of North America, 27(1), 217–236. https://doi.org/10.1016/j.pmr.2015.08.006
Therefore, if the ground responds with an equal and opposite force, it will push up and backward relative to the direction you are running.
In other words, the ground pushes you against the direction you’re trying to travel, requiring you to exert more energy and effort to overcome this negative horizontal acceleration.
Essentially, the angled tibia with overstriding acts like a braking force on your forward momentum.
Secondly, physics laws state that the torque on a joint is equal to the product of the force on the joint multiplied by the length of the moment arm or lever.
In this instance, the length of the movement arm or lever is equivalent to the distance from where the force is coming from (the point where the foot strikes the ground) to the affected joint.
When you land on your heel, this is where the point of force occurs.
The movement arm is the distance from your knee to your pelvis.
The further your foot is ahead of your center of mass when you land, the longer the movement arm, so the greater the torque on the joints. This increases the risk of injuries such as tendonitis and shin splints.2Reinking, M. F., Austin, T. M., Richter, R. R., & Krieger, M. M. (2016). Medial Tibial Stress Syndrome in Active Individuals: A Systematic Review and Meta-analysis of Risk Factors. Sports Health: A Multidisciplinary Approach, 9(3), 252–261. https://doi.org/10.1177/1941738116673299 3Yates, B., & White, S. (2004). The Incidence and Risk Factors in the Development of Medial Tibial Stress Syndrome among Naval Recruits. The American Journal of Sports Medicine, 32(3), 772–780. https://doi.org/10.1177/0095399703258776 4Baggaley, M., Vernillo, G., Martinez, A., Horvais, N., Giandolini, M., Millet, G. Y., & Edwards, W. B. (2019). Step length and grade effects on energy absorption and impact attenuation in running. European Journal of Sport Science, 20(6), 756–766. https://doi.org/10.1080/17461391.2019.1664639
The more directly under your center of mass that your foot contacts the ground, the less stress on the bones and joints.
Additionally, when your foot is under your center of mass, your knees and hip flexors must be flexed.
This engages the muscles in your lower body, such as your glutes, quads, hamstrings, and calves, and puts them in biomechanically optimal contract positions.
These muscles can then help absorb the forces of running rather than allowing them to be transmitted directly to your bones and joints. Your muscles help with shock absorption, and the less you overstride, the more workload they get, which is a win-win.
The increased workload will improve your running performance by strengthening your muscles, enabling faster, healthier, more powerful running while also reducing your risk of running injuries.
How to Tell If You Are An Overstrider
The simplest method would be to get a gait analysis at a running shoe store.
The shoe expert will take a video recording of you running on the treadmill, which can then be played back in slow motion to really appreciate the characteristics of your running stride—and, in the case of overpronation, the specific stride length.
You can look at where you are landing on your foot (heel/rearfoot, midfoot, or forefoot) when your foot lands relative to your center of mass (how far in front of your body your extended foot is at ground contact) and the angle of your tibia (shin bone) relative to the ground when you land.
Reminder:
If you are landing on your heel, your foot is extended well in front of your body, and your tibia is angled so that your knee is behind your ankle rather than being vertical, it means you are overstriding.
If you don’t have a local running store that offers a complimentary running gait cycle analysis service, you can ask a friend or family member to take a video of your running form on a treadmill or a short segment of a road or track. Then, you can try to do a similar running gait analysis yourself.
It can be a little trickier because, depending on your software capabilities, you might not be able to play the video back in slow motion.
Therefore, if you are a faster runner, it can be hard to catch the joint angles and really see where you are landing. However, you can sometimes look frame by frame, even on iPhones.
A less effective way to tell if you are overstriding when you run is to look at the wear pattern on your shoes.
If the heel is fairly worn down, especially relative to the midfoot or forefoot of the running shoe, you are likely heel striking on landing.
How to Correct Overstriding
Overstriding is often a symptom of other mechanics, such as low cadence, sitting back in your stride, or reaching forward with your foot. The goal isn’t to dramatically shorten your stride, but to land with your foot closer to underneath your hips, reducing braking forces and improving efficiency.
Here’s how to fix it:
#1: Increase Your Cadence
Cadence is the number of steps you take per minute. A slightly higher cadence naturally reduces how far your foot reaches out in front of your body.
Research shows that increasing step rate by just 5–7% can significantly reduce joint loading and braking forces without dramatically changing your overall running form.5Heiderscheit, B. C., Chumanov, E. S., Michalski, M. P., Wille, C. M., & Ryan, M. B. (2011). Effects of step rate manipulation on joint mechanics during running. Medicine and Science in Sports and Exercise, 43(2), 296–302. https://doi.org/10.1249/MSS.0b013e3181ebedf4
Instead of aiming blindly for 180 steps per minute (which isn’t ideal for everyone), try this:
Actionable steps:
- Measure your current cadence during an easy run.
- Increase it gradually by 5% (for example, from 164 to about 172).
- Use a metronome app or set your watch alerts to stay on rhythm.
- Focus on “quicker, lighter steps,” not “shorter strides.”
A helpful cue: “Quick feet under hips.”
You should feel like you’re turning your legs over faster, not stretching forward.
#2: Adjust Your Shoe Rotation (Carefully)
Footwear can influence stride mechanics, but drastic changes should be approached cautiously.
Shoes with a high heel-to-toe drop (8–12 mm) can make heel striking more comfortable because the cushioned heel absorbs impact. Lower-drop or zero-drop shoes reduce the built-in heel cushioning and may encourage a midfoot landing.
However, switching abruptly to minimalist or zero-drop shoes can increase stress on the calves and Achilles.
Actionable steps:
- If experimenting with lower-drop shoes, introduce them gradually (short runs only at first).
- Focus on how you land — avoid forcing a midfoot strike.
- Let cadence adjustments drive form changes, not the shoe alone.
Footwear can support better mechanics, but it shouldn’t be the primary correction strategy.
#3: Add A Slight Forward Lean From The Ankles
Many overstriders sit slightly back in their stride and reach forward with the leg.
Instead of bending at the waist, think about a subtle lean from the ankles, keeping your body in a straight line from head to heel. This shifts your center of mass slightly forward and encourages your feet to land closer to your body.
If done correctly, your cadence often increases naturally.
#4: Add Drills For Better Mechanics
Overstriding can also be a coordination and strength issue. Improving neuromuscular control helps your body adopt more efficient patterns.
Drills to incorporate 1–2 times per week:
- Strides (4–6 × 20–30 seconds, focusing on quick turnover)
- A-skips
- High knees (emphasizing quick ground contact)
- Hill sprints (short, steep hills naturally discourage overstriding)
Short hill sprints are especially effective because the incline forces a shorter stride and better foot placement.
#5: Consider Techniques Like the Pose Method
Technique systems such as the Pose Method emphasize:
- Landing under your center of mass
- A vertical shin at ground contact
- Pulling the foot off the ground rather than pushing forward
While you don’t need to fully adopt a specific methodology, studying structured technique systems can improve body awareness and efficiency.
The key is gradual integration, not an overnight overhaul.
There are endless aspects of our running form we can work on to help prevent injuries and improve overall running efficiency.
Check out our proper running form guide for all of the details:
