Technique: How High to Pull Your Foot Up When Running?

How high should you pull your foot up when running and with how much effort?

To answer that question, it helps to first understand why the pull exists at all. Technique is not a collection of preferences or stylistic choices. It is an organization of movement that follows specific rules. When those rules are understood, running becomes simpler rather than more complicated.

Many people assume running should be instinctive and therefore require little thought. In practice, freedom comes not from guessing, but from understanding. When you know what is happening – when you understand the purpose of each action – you can work with the forces involved at any speed and on any terrain, without unnecessary effort.

The Purpose of the Pull

In running, movement occurs through a continuous change of support while falling forward. The body already possesses a natural recoil mechanism and that recoil exists independently of technique.

The Pull was developed as an action in the Pose Method to assist and organize that natural recoil, because recoil alone is not sufficient to maintain proper alignment at speed. Without assistance, the trailing leg remains behind the body longer than necessary, delaying the transition onto the next support.

A change of support will still occur without the Pull. What changes is how quickly and how cleanly it happens. When the Pull is executed on time and correctly, it brings the trailing leg back into the movement formation, allowing the body to align on support without interrupting forward motion.

When the Pull is absent, late, or excessive, the trailing foot lingers behind the body. This delay does not only reduce efficiency – it costs time. Over repeated steps, those small delays accumulate into measurable losses in speed and performance.

The Pull does not create motion or add force. It exists to remove delay, allowing the body to move forward under the forces already at work.

How High Should Your Foot Travel When Running?

How high should your foot travel when running? As high as speed requires – no more, no less. The height of the foot is always a result, never a target.

As running speed increases, the foot naturally travels higher. As speed decreases, it remains lower. This change happens automatically in response to how quickly the body is moving, not because the runner is intentionally pulling the foot higher or keeping it lower.

What matters is when the pull occurs. The faster the runner moves, the more important it becomes to pull the trailing leg back into alignment on time. When the pull is executed correctly and without excess effort, the path of the foot organizes itself according to speed.

Attempting to control height directly disrupts this process. At slower speeds, forcing the foot higher breaks rhythm and produces an awkward, artificial movement. At faster speeds, the same habit delays alignment and interferes with forward progression, ultimately costing time.

Height responds to speed. Rhythm responds to timing. The goal is not to manage how high the foot travels, but to pull on time and allow the movement to organize itself.

Minimal Effort: Why Less Does More

Effortless running does not mean doing nothing. It means doing only what is required, and no more.

Running efficiency depends on how well the body works within the permanent condition of gravity. Since running itself is a continuous change of support, the goal is to make that change with the least possible effort.

In the Pose Method, this is achieved by narrowing the voluntary action to one movement: pulling the foot with the hamstrings. This simplifies coordination and reduces unnecessary muscular involvement.

When less intentional effort is applied, several things happen naturally:

• The pull becomes cleaner and more precise.
• Cadence increases without strain.
• Fatigue is reduced because excess muscular work is removed.

As a general rule, pulling less is safer and more effective than pulling more. Pulling too high or too forcefully wastes energy, overloads the hamstrings, and increases injury risk. This is why hamstring strains are common in sprinting when effort replaces timing.

Exaggerated pull movements sometimes seen in drills serve a learning purpose only. They are not meant to be reproduced in actual running.

What about other muscles? Leave them alone. One correct action, done at the right time, is enough to organize the rest.

Speed Determines Foot Height

As speed increases, the foot will end up higher. You are not pulling it higher on purpose. It happens on its own.

At faster speeds, the rate of interaction with the ground increases, and the trajectory of the foot adjusts accordingly. This happens automatically. Trying to manage height consciously – especially at sprinting speed – is not only unnecessary, it is impossible. If you are thinking about it, the moment has already passed.

The only task that remains constant across speeds is maintaining the running pose and executing the pull on time.

This is why elite sprinters, such as Usain Bolt, appear to pull the foot very high. The height is not an action. It is a consequence of speed.

At slower speeds, the opposite occurs. The foot remains naturally lower. Jogging may resemble a light shuffle, with minimal pull height. The technique has not changed; only the conditions have.

When you run faster, your foot will end up higher.

(This is happening on its own and due to the forces already in play, Bolt is NOT putting effort into pulling his foot up this high.)