The single best drill to increase your running cadence is the stride—a simple, proven workout that asks you to accelerate to near-maximum effort over 80 to 100 meters, hold that pace for 20 to 30 meters, then decelerate with complete recovery before repeating. Strides are so effective because they train your neuromuscular system at the exact pace where you’ll run most races and workouts, not at a walking warmup tempo. When you perform strides correctly, your cadence naturally climbs to 185 to 200 steps per minute or higher, embedding the feeling of high turnover into your muscle memory.
Most runners can add 5 to 15 steps per minute to their normal cadence over four to six weeks by doing strides just once a week, making this the most efficient investment you can make during training. Jeff Galloway, a US Olympian and legendary running coach, calls the cadence drill the “#1 drill to get faster,” and decades of runners have proven him right. Unlike other cadence-building exercises that feel awkward or require special equipment, strides fit seamlessly into any training plan—whether you run three times a week or ten times a week—and they take roughly five minutes from start to finish. The beauty of strides is that they don’t ask you to overthink turnover; instead, they let your body naturally find a higher cadence when moving at speed, then your nervous system remembers that feeling for the rest of your training.
Table of Contents
- How Strides Train Your Body to Run Faster
- The Proper Execution of Stride Workouts
- What Your Target Cadence Should Actually Be
- Incorporating Strides Into Your Weekly Training Plan
- Common Mistakes That Undermine Cadence Gains
- Supporting Drills That Complement Strides
- The Broader Role of Cadence in Running Performance
- Conclusion
How Strides Train Your Body to Run Faster
Strides work because they isolate the exact neuromuscular demand you want to improve: moving your legs quickly at real running speed. When you do a stride, you’re not jogging or doing drills in place—you’re accelerating to 90 percent of your maximum effort and sustaining that hard effort for a short distance. That intensity and duration force your body to increase cadence; it’s not a choice you make but a physiological response. The higher speed requires smaller, quicker steps, and after four to six repetitions of this stimulus once a week, your body learns to apply that higher cadence to slower, easier paces as well.
The connection between strides and normal running pace might seem indirect, but it’s direct and powerful. Your body has a “default” cadence at easy speeds, and that default is often somewhere between 155 and 175 steps per minute for most recreational runners. When you do strides every week, you train your neuromuscular system to recognize what 185 to 200 steps per minute feels like at hard effort, and over weeks, that higher turnover bleeds into your easy pace. You’ll find that an old easy run that used to feel comfortable at 170 steps per minute now feels slow at that cadence, so you naturally speed up—or maintain the same pace with less effort. This adaptation is why strides are so much more effective than standing in place doing high knees; they teach cadence in the context where you actually run.
The Proper Execution of Stride Workouts
To reap the full benefit of strides, you need to do them correctly, which means understanding the precise format that makes them so effective. A complete stride session should include four to six individual strides, each lasting 80 to 100 meters. Begin each stride at an easy jog, then accelerate over 40 to 50 meters until you’ve reached roughly 90 percent of your maximum speed—not an all-out sprint, but close to race effort. Hold that speed for 20 to 30 meters to give your body enough time to settle into the higher cadence, then decelerate gradually back to an easy jog over the final 20 to 30 meters. The key is full recovery between strides: jog slowly for two to three minutes between each effort, allowing your nervous system to reset and your heart rate to drop. One limitation that catches many runners is the recovery requirement.
Strides are not meant to be done back-to-back without breaks, and they are not meant to be run at truly maximum speed. If you do your strides with only 30 seconds of recovery, or if you sprint at 100 percent effort, you shift from a neuromuscular drill into a high-intensity workout, and you’ll be too tired to extract the cadence benefit. Similarly, if you do strides every single day, your body never gets the chance to adapt and you may end up overtraining. Once per week is the sweet spot; some runners do strides twice weekly if they have a larger training volume, but anything more than that introduces diminishing returns and raises injury risk. The workout must remain short and quick, never lasting more than ten to fifteen minutes from start to finish. A common mistake is to turn strides into a longer, harder interval session when impatience or ego takes over.
What Your Target Cadence Should Actually Be
Before you start doing strides, it helps to understand what cadence range you’re aiming for, because the old advice that every runner should hit exactly 180 steps per minute is outdated and wrong. Research has debunked the “180 SPM myth,” proving that optimal cadence varies by runner, pace, and physiology. Most recreational runners benefit from a cadence between 165 and 180 steps per minute when running at easy to moderate speeds, which translates to roughly 990 to 1,080 steps per mile. Elite distance runners often run at 170 to 180 steps per minute at easy paces but will dial it up to 180 to 200 when racing or running hard workouts. If you’re a heavier runner or have longer limbs, you might feel comfortable and efficient at 160 to 170 steps per minute, and that’s perfectly fine.
The goal of doing strides is not to chase some magic number but to increase your current cadence by five to fifteen steps per minute, whatever your baseline is. If you currently run at 160 steps per minute and feel strong and injury-free at that pace, strides might push you to 170 to 175, and that’s likely the right cadence for your body. If you’re already running at 175 steps per minute, strides might help you reach 180 to 185 when you really need to push. The sweet spot for most runners falls somewhere in the 165 to 180 range, because that turnover tends to reduce impact stress and improve running economy. Faster cadences, while they can be trained, demand more energy from your muscles and aren’t automatically better; they’re a tool to match your body’s efficiency and your race pace demands.
Incorporating Strides Into Your Weekly Training Plan
Strides fit into your training plan remarkably well because they’re short, low-impact on volume, and don’t require a full recovery day afterward. The best practice is to do strides once per week, ideally on a day when you run anyway, either at the end of an easy run or as a separate short session. If you run four or five days a week, pick a run that’s already scheduled—perhaps after an easy run or before a long run—and tack the strides onto it. The entire strides session takes five to ten minutes, so it adds minimal fatigue and time to your week.
Many runners do strides after an easy run because the warmup has already loosened their muscles, and the easy run beforehand ensures their legs are ready for the effort without creating excessive fatigue. The tradeoff to consider is that strides do demand some effort and concentration, so they should not be done on days when you’re already tired or on days immediately before a hard interval workout or long run. If you run Monday easy, Tuesday hard intervals, Wednesday easy, Thursday long run, and Friday easy, your best day for strides is probably Wednesday or Friday’s easy run, where you can finish the easy pace and then do four to six strides without competing with other demands on your system. Some runners with higher training volumes do strides twice weekly, perhaps on Wednesday and Saturday, which can accelerate cadence gains, but the risk of overuse injury increases. Starting with one session per week and evaluating how your body responds after four to six weeks is the smart approach.
Common Mistakes That Undermine Cadence Gains
The most frequent error runners make is confusing strides with other workouts and doing them either too hard or too long. If you treat strides like a tempo run—holding a hard effort for fifteen to twenty minutes—you’ll arrive at a different physiological adaptation, one focused on lactate threshold rather than neuromuscular coordination. The cadence benefit comes specifically from the short acceleration, the brief hold at high speed, and the full recovery, not from extending the duration or doing more repetitions. Many runners who don’t see progress after a month of strides are unknowingly doing them wrong: either they’re not accelerating hard enough (so the cadence doesn’t naturally rise), they’re not recovering enough between strides (so they’re too fatigued to perceive the drill), or they’re doing them multiple times per week (so their nervous system never adapts). If strides feel difficult for several days after you do them, that’s a sign you’re doing too many or doing them too hard.
Another pitfall is assuming that strides alone will cure all cadence problems, especially if your current cadence is extremely low—say, 145 steps per minute. Strides are powerful, but they take weeks to show effect, and in the first two to three weeks you may not notice any change. Patience is essential. Secondly, if you have a gait issue or a biomechanical problem that makes high cadence uncomfortable, strides may not be enough; you might benefit from targeted strength work like calf raises, calf stretches, or running drills like high knees and butt kicks done one to two times weekly. The combination of strides plus one supporting drill session per week often produces faster and more durable cadence gains than strides alone.
Supporting Drills That Complement Strides
While strides are the most effective single drill, they work even better when paired with supporting exercises that reinforce high cadence and improve your running mechanics. High knees, butt kicks, skipping, fast feet, and a hybrid drill called “pulls” all prepare your neuromuscular system to turn over faster and more efficiently. High knees involve driving your knee up to waist height as you move forward, which builds hip flexor strength and forces quick foot turnover. Butt kicks are the opposite—kicking your heel up to tap your glutes while moving forward—and they strengthen the hamstrings and calves. Both of these drills can be done over a distance of 100 to 150 meters, repeated four to six times, and included in a warmup or a separate session once or twice per week.
Many runners benefit from doing one of these supporting drills on a day different from their strides day, creating a light but consistent cadence focus throughout the week. For example, you might do strides on Wednesday and do high knees on Friday, both as part of easy runs. This two-drill-per-week approach is gentler than doing strides twice weekly and often produces smoother, more consistent progress over several months. The supporting drills also address different aspects of cadence—high knees build explosive hip flexor strength, while strides teach you to apply that strength at actual running speed. Together, they’re more powerful than either alone.
The Broader Role of Cadence in Running Performance
Higher cadence, achieved through strides and supporting work, contributes to faster running in multiple ways beyond just moving your legs quicker. A higher cadence tends to reduce the impact force on your knees and hips, because each individual step lands with slightly less force when your foot spends less time in the air and makes ground contact more frequently. This is why cadence work often helps runners with chronic knee or shin pain; the cumulative effect of many small impacts is gentler than fewer, harder impacts. Additionally, a higher cadence generally improves running economy, meaning you use less oxygen and energy to maintain the same pace, which is why cadence improvements often show up as faster race times or easier effort at the same pace weeks after you begin strides.
Looking forward, as you continue to do strides and support your cadence work with consistent training, expect to see lasting changes in how running feels. Within four to six weeks, your natural cadence will increase noticeably. Within eight to twelve weeks, your easy pace will feel faster or easier at the same heart rate. Over a season or a year, combined with continued training, a five to fifteen step-per-minute gain in cadence can be worth several seconds per mile in race performance, depending on your distance and fitness level. The investment in strides is small—one short drill session per week—but the compounding return is significant.
Conclusion
The single best drill to increase your running cadence is the stride, a short, fast acceleration repeated four to six times with full recovery, done once per week. Strides are effective because they teach your neuromuscular system what high cadence feels like at real running speed, and that feeling transfers to your normal training and racing. Combined with patience, consistency, and optional support drills, strides produce measurable cadence gains in four to six weeks and lasting improvements in running economy, speed, and injury resilience.
Your next step is simple: add strides to one of your regular runs this week. Choose a run you’re already planning, finish it at an easy pace, and then do four to six strides over 80 to 100 meters each, recovering fully between each one. Pay attention to how the higher cadence feels—the quick foot turnover, the shorter stride length, the feeling of speed and lightness—because that sensation is what you’re training your body to remember. After four weeks, reassess your normal cadence using a phone app or fitness watch; you’ll likely find that it’s already increased, and the best drill in running will have proven itself.
