5 Running Cadence Drills To Increase Steps Per Minute

To increase your running cadence without running faster, practice five neuromuscular drills before your runs: ankling, A-skips, active heel pulls, high knees with forward lean, and cadence-anchoring strides. These drills retrain foot turnover by shortening ground contact time and recruiting elastic tendon recoil. After the drills, lock your cadence during easy runs using music matched to your target steps per minute (SPM).

Most runners who try to increase their cadence make the same mistake. They head out for a normal five-mile run, stare at their GPS watch, and force their legs to churn faster. Within ten minutes, two things happen: their pace creeps up from an easy jog into an unintended tempo run, or their stride turns into a stiff, robotic shuffle that leaves their calves screaming the next morning.

Cadence is not a muscle endurance problem. It is a neuromuscular reflex. If your nervous system is wired to spend 280 milliseconds on the ground with every footstrike, willing yourself to take quicker steps while fatigued just leads to frustration. You have to train the turnover pattern in short, controlled bursts before you ever ask your body to hold it for 45 minutes on the road.

Why forcing cadence on regular runs fails

When you run at a low cadence—say, 150 to 155 steps per minute—your foot almost always lands ahead of your center of mass. This is called overstriding. Every time your heel hits the pavement out in front of your hips, it sends a braking force straight up your tibia and patellar tendon.

To break that braking habit, telling yourself to "move your feet faster" rarely works because of how our brains regulate gait. When runners consciously speed up their step rate without drill preparation, they usually push harder off their toes. That spikes heart rate and burns glycogen rapidly.

The real goal of cadence training is not running faster. It is shortening your ground contact time (GCT) while keeping your effort completely relaxed.

A landmark study by Heiderscheit et al. (2011) published in Medicine & Science in Sports & Exercise demonstrated the power of this shift. The researchers found that increasing running cadence by just 5% to 10% brought the runner's foot strike significantly closer to their center of mass, reducing energy absorption at the knee by 20%. That simple shift immediately drops braking impulses and provides the mechanical foundation to prevent shin splints.

The biomechanics: ground contact time and leg stiffness

Human running operates on what biomechanists call the spring-mass model. Your leg acts like a pogo stick: upon landing, your tendons—primarily the Achilles and plantar fascia—stretch and store kinetic energy. As you toe off, they snap back, returning free elastic energy without demanding extra metabolic work from your muscles.

The secret to tapping into that free bounce is ground contact time.

In a comprehensive laboratory investigation published in the Journal of Biomechanics, Morin et al. (2007) analyzed the relationship between step frequency, contact time, and leg stiffness ($k_{leg}$). The researchers discovered that 90% to 96% of the variance in leg spring stiffness is explained directly by ground contact time rather than step rate alone.

When your foot stays glued to the pavement for more than 260 milliseconds, your tendons lose their elastic recoil. Your muscular system then has to generate active concentric force to push your body forward into the next stride.

The following drills teach your nervous system to treat the ground like hot coals: strike quickly directly beneath your hips, store energy in the Achilles spring, and pick the foot back up immediately.

5 essential running cadence drills

Perform these five drills twice a week before your easy runs or quality workouts. Find a flat 30-meter stretch of road, grass, or track. Walk back between each rep for recovery.

1. Ankling (fast feet)

Ankling is the foundational drill for waking up the stretch-shortening cycle of the Achilles tendon. It isolates foot and ankle action while keeping hip movement minimal.

• How to do it: Stand tall with a slight forward lean from the ankles. Take tiny, rapid steps forward, barely covering ground. As each foot lands on the ball of the foot, let the heel kiss the ground briefly before popping right back up through active dorsiflexion (toes pulled up toward your shin). Keep your knees soft and your torso relaxed.
• Cadence focus: Aim for extremely rapid turnover—around 200 to 220 taps per minute.
• Distance: 15 to 20 meters. Repeat 2 to 3 times.
• Common mistake: Bouncing too high. The vertical rise should be less than an inch; the focus is pure horizontal frequency and ankle stiffness.

2. The A-Skip

The A-skip develops rhythmic coordination between hip flexion and foot strike. It teaches your leg to snap down beneath your center of mass rather than casting outward.

• How to do it: Skip forward with a rhythmic skip-step pattern. Drive one knee up until your thigh is parallel to the ground (90 degrees), with your foot dorsiflexed (toes pulled up). As soon as the thigh hits horizontal, snap the foot straight down to strike the ground directly under your pelvis on the forefoot, quickly transitioning to a flat foot. Alternate legs with an energetic, rhythmic skip.
• Cadence focus: Match the cadence of a crisp musical beat. The ground strike should produce a distinct "pop" sound.
• Distance: 20 to 30 meters. Repeat 2 to 3 times.
• Common mistake: Reaching the lower leg forward before planting. The foot must strike downward, not forward.

3. Active heel pulls (butt kicks done right)

Traditional gym class butt kicks involve kicking backward and flinging your shins behind you. True running-specific heel pulls do the opposite: they teach the hamstring to pull the heel straight up under your hips.

• How to do it: Jog forward with a very short stride. Instead of pushing off the ground behind you, focus entirely on pulling your heel directly upward toward your butt cheek as soon as your foot leaves the ground. Your knee will naturally pop forward slightly. The path of the foot should resemble a clean circle, not a pendulum swing behind your body.
• Cadence focus: Rapid cyclic turnover. Shortening the pendulum of the leg allows it to swing through faster with less hip flexor effort.
• Distance: 20 to 30 meters. Repeat 2 to 3 times.
• Common mistake: Letting your knees point straight down toward the ground while your heels kick out behind your back. Think "pull under the hip," not "kick behind."

4. High knees with a forward fall

High knees build hip flexor power and reinforce tall posture. Adding a controlled lean from the ankles converts vertical lift into forward propulsion.

• How to do it: Start marching in place with high knees, driving your thighs parallel to the ground at a rapid tempo. Once you have a crisp rhythm, lean forward slightly from your ankles (not your hips). Maintain that fast, rhythmic knee drive as gravity pulls you into forward motion over 20 meters.
• Cadence focus: 180+ steps per minute.
• Distance: 20 meters. Repeat 2 times.
• Common mistake: Leaning back at the waist to get your knees higher. If your chest tilts backward, you end up braking on every single step.

5. Cadence-anchoring strides

Strides are 60- to 80-meter accelerations where you reach about 85% to 90% of your top speed. In a cadence-anchoring stride, your primary metric is maintaining a high, relaxed step rate rather than all-out sprint speed.

• How to do it: Start jogging, and over the course of 20 meters, smoothly build turnover up to roughly 175 to 180 SPM. Hold that quick, buoyant rhythm for 30 meters without clenching your shoulders, jaw, or fists. Float for the final 20 meters and decelerate gently.
• Cadence focus: Keep your turnover snappy while keeping your face and arms completely loose.
• Distance: 60 to 80 meters. Repeat 3 to 4 times with full walking recoveries.
• Progression tip: Check our complete guide to running strides workout and pacing to integrate these into your weekly schedule.

Cadence drills at a glance

Bridging the gap: from 20-meter drills to your 45-minute run

Drills prime your nervous system, but their effects can wear off within the first kilometer of an easy run if you do not have an external rhythm cue.

When you finish your drills and start running, your brain naturally defaults to whatever movement pattern it has logged over millions of strides. If your baseline cadence is 155 SPM, you will slip right back to 155 SPM as soon as you stop consciously thinking about your feet.

This is where auditory-motor synchronization comes in.

Your motor cortex naturally synchronizes repetitive biomechanical movement to external acoustic pulses. Running to a metronome can work in theory, but listening to a repetitive beep for five miles is mentally draining.

A much better approach is locking your turnover to music with a specific beats per minute (BPM) tempo. If your natural cadence is 156 SPM and your goal is to reach 164 SPM (a safe 5% bump), queue a playlist curated strictly to 164 BPM. When each footstep lands on a beat, your nervous system locks onto the rhythm effortlessly.

Instead of manually sorting tracks or checking song tempos mid-run, an app like GagaRun automatically matches the BPM of your music to your target steps per minute. It filters songs from your existing Apple Music or Spotify library to only play tracks that match your exact cadence goal. You get the neuromuscular benefit of the drills sustained across your entire session, without having to stare at your watch or do math on the run.

If you are not sure what your baseline number should be before adjusting, consult our running cadence by height chart to set a realistic target based on your leg length. To understand how to bump your step rate without accidentally racing, review our detailed guide on how to increase running cadence without running faster.

3 common mistakes that ruin cadence drills

1. Trying to do drills when exhausted. Cadence drills train rapid neurological firing. If you perform them at the end of a grueling long run or interval workout, your motor units are fatigued, your contact times will be sluggish, and you will simply reinforce sloppy mechanics. Always do drills after a light 5- to 10-minute warm-up jog, while your nervous system is completely fresh.
2. Turning strides into an all-out sprint. Strides are not 100-meter dash repeats. The moment you sprint at maximum effort, your mechanics change, your stride length overextends, and tension creeps into your neck and shoulders. Cap your effort at 85% to 90%, focusing on silky-smooth turnover.
3. Increasing your target cadence too aggressively. Never attempt to jump from 150 SPM straight to 180 SPM. A 20% jump overwhelms your calf musculature and dramatically spikes cardiovascular demand. Progress in manageable 3% to 5% increments over three to four weeks before moving up again.

Frequently asked questions

How often should I do running cadence drills?

Doing these drills two to three times per week produces measurable improvements in turnover within four weeks. The best time to do them is immediately after your warm-up jog and dynamic stretches, right before starting your main mileage or quality intervals.

Will increasing my cadence make me run faster automatically?

Not immediately at easy efforts. At a fixed pace, increasing your cadence simply means taking shorter, lighter strides with less vertical bounce and lower braking impact. Over time, however, higher turnover improves your running economy, allowing you to sustain faster paces with lower oxygen consumption.

Do cadence drills help with runner's knee or shin splints?

Yes. Shortening your ground contact time and eliminating overstriding moves your foot strike closer underneath your body. This dramatically reduces the peak braking forces that cause tibial stress (shin splints) and patellofemoral joint loading (runner's knee).