Quick Answer
Good running technique means running tall with relaxed shoulders, landing with your feet under your hips rather than out in front, maintaining a cadence of 165 to 185 steps per minute depending on your height and pace, and breathing rhythmically from your diaphragm. Small improvements in any of these areas reduce injury risk and make every run feel easier.
Why Technique Matters More Than You Think
Every step you take while running generates an impact force of two to three times your body weight. Over a single 10-kilometre run, that is roughly 6,000 to 8,000 foot strikes. If even a small percentage of those impacts are poorly absorbed — because you are overstriding, landing too heavily, or running with poor posture — the accumulated stress adds up across weeks and months of training.
This is why so many runners get injured despite following a sensible training plan. The plan controls how much you run. Technique determines how well your body handles it. Improving your form does not mean running like an elite athlete. It means making your natural stride more efficient so you waste less energy and absorb impact more effectively. For a detailed look at the most common running injuries and how to prevent them, read our running injury prevention guide.
Running Cadence — The Foundation of Good Technique
Cadence is the number of steps you take per minute. It is the single most actionable element of running technique because it directly influences your footstrike, impact forces, and energy efficiency.
Why cadence matters. A low cadence typically means long, reaching strides where your foot lands well in front of your body. This creates a braking force with every step — you are literally slowing yourself down and increasing impact on your knees and hips. Research published in the Journal of Applied Biomechanics shows that increasing cadence by just 5 to 10 percent reduces knee joint load, decreases vertical oscillation, and improves running economy.
What cadence should you aim for? There is no single magic number. The often-quoted 180 steps per minute came from coach Jack Daniels observing elite runners at the 1984 Olympics, but optimal cadence varies by height, pace, and running experience. As a general guide, most recreational runners perform best between 165 and 185 steps per minute at easy pace. Our cadence by height guide provides specific ranges based on your body type.
How to measure your cadence. Count how many times your right foot hits the ground in 30 seconds and multiply by four. Most GPS watches and running apps also track cadence automatically. Measure at different paces — your cadence will naturally increase as you run faster.
How to improve cadence. Do not try to jump from 155 to 180 overnight. Increase by 5 percent at a time and hold for four to six weeks before adjusting again. Use a metronome app or music at your target BPM for one-minute intervals during easy runs. Over time, the higher cadence becomes your natural rhythm. For a deeper breakdown, read our guide to improving step rate and efficiency and our overview of running with cadence.
Posture — Run Tall, Run Relaxed
Good running posture starts from the head and flows down through the entire body. When posture breaks down — usually through fatigue — everything else falls apart with it.
Head and eyes. Look 10 to 20 metres ahead, not down at your feet. A forward gaze naturally aligns your neck and spine. Looking down causes your shoulders to round and your chest to collapse, which restricts breathing.
Shoulders. Relaxed and down, away from your ears. Many runners unconsciously shrug their shoulders when they get tired, which wastes energy and creates tension through the neck and upper back. Do a “shoulder shake” every kilometre — drop your arms and shake them loosely to release tension.
Torso. Run tall with a slight forward lean from your ankles, not from your waist. Bending at the waist compresses your diaphragm and limits your breathing capacity. Imagine a string pulling you upward from the crown of your head.
Hips. Your hips should sit high and level. When hip muscles fatigue, one hip drops with each stride, creating a chain of compensations through your knee and ankle. Strength training — specifically glute and hip stability work — is the most effective way to maintain hip position throughout a run.
Footstrike — Where Your Foot Lands Matters Less Than You Think
The heel strike versus forefoot debate has created unnecessary confusion for runners. The truth is that footstrike type matters far less than where your foot lands relative to your body.
Land under your hips. Whether you contact the ground with your heel, midfoot, or forefoot, the critical factor is that your foot lands close to beneath your centre of mass — not out in front of it. Landing ahead of your body creates braking forces. Landing underneath allows your body to move over your foot smoothly and efficiently.
A midfoot landing often happens naturally when you increase your cadence and shorten your stride slightly. You do not need to force a forefoot strike. Most efficient runners contact the ground with a flat or slight midfoot landing at easy pace, and shift towards more forefoot as speed increases.
Listen to your feet. Heavy, slapping footstrikes are a sign of inefficiency. Your feet should contact the ground with a light, quick touch. If you can hear your feet loudly, try shortening your stride and increasing your cadence slightly. For more on how stride length and step length interact, read our step vs stride length guide.
Arm Swing — Your Arms Drive Your Legs
Your arms set the rhythm for your legs. Faster arm swing leads to faster cadence. Sloppy arm mechanics lead to wasted energy and rotational forces that your core has to fight against.
Bend at 90 degrees. Keep your elbows at roughly a right angle. Straighter arms create a longer pendulum that slows your turnover. Hands should be loosely closed — imagine holding a crisp between your thumb and forefinger that you do not want to crush.
Swing forward and back, not across. Arms that cross your midline create rotational torque that your torso has to counteract. This wastes energy and can contribute to hip and lower back tightness. Drive your elbows straight back and let them swing naturally forward.
Match your arms to your effort. Easy runs need a relaxed, compact arm swing. Faster efforts and hills require a more deliberate, powerful drive. On steep climbs, your arms do significant work — pump them harder and your legs will follow.
Breathing — The Most Overlooked Technique Element
Efficient breathing supplies oxygen to working muscles and removes carbon dioxide. Shallow chest breathing — common when runners are tense or fatigued — limits oxygen intake and makes every pace feel harder than it should.
Breathe from your diaphragm. Also called belly breathing. Your stomach should expand as you inhale, not just your chest. This engages your diaphragm fully and increases the volume of air you take in with each breath.
Breathe through both mouth and nose. Using only your nose restricts airflow. At easy pace, nasal breathing can work for some runners, but at any meaningful effort, mouth breathing is essential to meet oxygen demand.
Find a rhythm. Many runners use a 3:2 pattern — three steps inhale, two steps exhale — at easy pace. At harder efforts, a 2:2 or 2:1 pattern is common. The specific pattern matters less than having a rhythm. Rhythmic breathing reduces tension and helps you maintain form when fatigue sets in.
Drills That Improve Running Technique
Running drills reinforce good movement patterns by isolating specific elements of your stride. Two to three drills before your run or as part of a warm-up is enough to create lasting improvements.
Strides. 20 to 30 seconds of smooth, fast running at roughly 90 percent effort, followed by full recovery. Focus on tall posture, light feet, and quick turnover. Four to six strides at the end of an easy run is one of the simplest and most effective technique tools available. Read our guide to running strides for detailed execution.
High knees. Exaggerated knee drive while staying tall. Builds quick foot contact and hip flexor engagement. Two sets of 20 metres before a run.
A-skips. A skipping motion with an emphasis on driving the knee up and pulling the foot down quickly beneath the hip. Develops the coordination needed for efficient ground contact.
Butt kicks. Focus on pulling the heel rapidly towards the glute. Builds hamstring engagement and reinforces a compact leg recovery behind the body.
How Terrain Affects Your Technique
Your technique should adapt to the surface and gradient you are running on.
Uphill. Shorten your stride, increase cadence slightly, lean into the hill from your ankles, and drive your arms harder. Power hiking is a legitimate and efficient technique for steep climbs, especially in trail and ultra running.
Downhill. Resist the urge to brake by leaning back. Instead, lean slightly forward, increase cadence, and let gravity do the work. Controlled downhill running with quick, light steps reduces the quad-destroying eccentric forces that cause soreness and injury. For more detail on hill technique, read our guide to running on slopes.
Trails. Uneven surfaces demand shorter strides, wider foot placement, and more active core engagement. Look further ahead to read the terrain rather than staring at your feet.
When to Work on Technique
Technique work is most effective when you are fresh — not at the end of a hard session when fatigue has already compromised your form.
Add drills to the beginning of easy runs. Include strides at the end of easy runs. Film yourself running periodically to identify patterns you cannot feel. And most importantly, do not try to change everything at once. Pick one element — cadence, posture, or arm swing — and focus on it for four to six weeks before moving to the next.
For a comprehensive guide to form across longer distances, read our guide to running form for distance. If you are noticing asymmetry or one leg working harder than the other, our guide to leg favouring covers common causes and fixes.
Our running coaching includes technique feedback alongside your training plan — cadence analysis, form cues, strength work to support better mechanics, and weekly adjustments based on your data.
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FAQ: Running Technique and Cadence
What is the ideal running cadence?
There is no single ideal cadence. Most recreational runners perform best between 165 and 185 steps per minute at easy pace. Taller runners tend to sit at the lower end, shorter runners at the higher end. The key is to avoid extremely low cadences below 155, which typically indicate overstriding.
Should I change my footstrike?
Not necessarily. Focus on where your foot lands relative to your body rather than how it lands. If your foot contacts the ground beneath your hips with a light, quick touch, your footstrike type is unlikely to cause problems. Forcing a forefoot strike when it is not natural can create new injuries.
How long does it take to improve running technique?
Most runners notice improvements in comfort and efficiency within four to six weeks of focused technique work. Significant, lasting changes to ingrained movement patterns typically take three to six months of consistent practice. Patience and gradual change are essential.
Do I need a gait analysis?
A professional gait analysis can identify issues you cannot see or feel, particularly asymmetries and compensation patterns. It is most valuable if you are dealing with recurring injuries or have hit a performance plateau despite consistent training. Many running physios and sports science clinics across Australia offer video gait analysis.
Can cadence be too high?
Yes, though it is rare. If your cadence is above 195 at easy pace and you feel like you are shuffling with tiny, inefficient steps, your cadence may be too high for your speed. In this case, allowing a slightly longer stride while maintaining a high turnover is more efficient. Most runners have the opposite problem — cadence too low, not too high.
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