Ask a room full of skaters how to go faster and you will get two answers. Half will tell you to take more strides. The other half will tell you to make each stride count for more. Both camps are half right, because stride rate and stride length are the only two things that decide your speed, and chasing one while ignoring the other is how skaters plateau for entire seasons. This guide looks at stride rate or stride length for inline speed skating, what each one actually costs you, how to work out which one is holding you back, and how your frame, wheels and bearings quietly push the balance one way or the other.
None of this requires a coach standing next to you or a lab full of sensors. It requires a phone, a stretch of quiet road and a willingness to count.
The only equation that matters
Your speed is your stride rate multiplied by the distance you travel per stride. That is the whole thing. If you take 60 strides a minute and each one carries you four metres, you are covering 240 metres a minute. Take 80 strides a minute at three metres each and you are covering exactly the same ground, with a very different feeling in your legs.
The reason this matters is that the two numbers fight each other. Every time you lengthen a stride you spend longer on one leg, which drops your rate. Every time you speed up your rate you shorten the time available to extend the push, which shortens the stride. Getting faster means raising one without giving away everything you gained on the other.
The orange and blue skaters travel at identical speed by completely different routes. Real progress looks like the green bar, where the rate climbs and the stride refuses to shrink.
What actually limits each one
What limits your stride rate
Stride rate is usually capped by how long you spend gliding on the supporting leg and how slowly you bring the recovery leg back underneath you. Skaters who feel slow at the top end are almost always sitting on one wheel line for too long, admiring the glide, then hurrying an ugly stride to catch up. Rate is also capped by balance. If you cannot hold your weight over one skate comfortably, your body will not let you cycle quickly, because every stride becomes a small recovery from a wobble.
Strength matters less here than most people expect. Raising your rate is largely a coordination problem, not a power problem.
What limits your distance per stride
Distance per stride is set by how far your pushing leg travels sideways before the wheels leave the ground, and by how well that push is aimed. A push that finishes early, or one that is aimed backwards rather than out to the side, gives you very little forward travel no matter how strong you are. Hip and ankle range decide how far you can reach without the standing leg straightening, and this is where most adult skaters are genuinely limited.
The honest test is simple. If you slow your rate right down and consciously push all the way out, does the skate suddenly carry much further? If yes, your stride is short by habit. If it barely changes, your stride is short by range, and mobility work will pay you back more than any drill.
The place most skaters are losing time
Watch a group of club skaters from behind and you will see the same fault repeatedly. The push leg extends to maybe two thirds of its available travel, then lifts. The wheels are still loaded and still driving when the skater takes them off the road. Every stride throws away the last and most productive part of the push, which is the part happening when the leg is furthest out and the angle is best.
The blue dashed mark shows what an early lift leaves behind. Finishing the push is free speed, and it costs no extra fitness.
How to measure your own stride rate
You cannot manage what you have not measured, and this measurement takes one session.
- Find a flat, quiet stretch you can repeat, ideally a track lap or a marked 200 metres of road.
- Skate it at a steady, honest training pace and count every push on one leg only, then double the number. Counting both legs at speed is how people lose count.
- Time the effort. Divide your total strides by the time in minutes to get strides per minute.
- Divide the distance by the total stride count to get your distance per stride in metres.
- Repeat the same stretch at race effort and write both numbers down again.
Now you have two pairs of numbers. When you repeat this in a month, the useful question is not whether you were faster. It is which of the two numbers moved. If you got faster purely by raising the rate while your distance per stride fell, you are running on the spot in a very tiring way. If both held or improved, the training is working.
How race distance changes the answer
Sprints and short track events
Over a 300 metre time trial or a short pack sprint, rate wins. There is not enough time for efficiency to matter and the cost of a high rate is irrelevant because the effort is short. Sprinters accept a shorter stride in exchange for turning the legs over as fast as they possibly can. Short, low platforms suit this, which is why the four by 90 layout has survived decades of track racing. The Aerolite 4x90 sits on a 10.86 inch platform at 124 grams, keeping the skate close to the ground and quick to cycle.
Middle distance
From 1000 metres to 10 kilometres, the balance is genuinely even. You need a rate you can hold for the whole effort and a stride long enough that the rate does not have to be frantic. This is where most skaters make the biggest gains, because it is where a sloppy short stride costs you the most over the full distance.
Marathon and long road racing
Over a marathon, length wins. A rate you can sustain for two hours is a modest one, so every centimetre of travel per stride compounds enormously. This is also why big wheel setups dominate road racing. The Aerolite 4x110 runs four 110mm wheels on a 13.2 inch platform at 159 grams and is built precisely for a settled, powerful, lower rate stride held over distance.
Drills that raise your rate without shortening the push
- Quick feet on a short straight. Pick 30 metres and skate it at the highest rate you can manage while still finishing every push. Roll easy for 90 seconds. Repeat eight times. The rule is that the moment the push starts finishing early, the set is over.
- Counted ladders. Skate a 200 metre stretch in a fixed number of strides, then repeat it in two fewer strides, then two fewer again. This forces length. Then reverse it and add strides while holding the same time, which forces rate.
- Metronome work. Put a metronome app in one ear at a rate slightly above your natural one and hold it for two minutes at a time. Most skaters discover their comfortable rate is comfortable because it is familiar, not because it is optimal.
- Downhill rolling with quick recovery. On a gentle slope where you do not need to push hard, practise bringing the recovery leg back under you fast. Recovery speed, not push speed, is what usually caps rate.
Drills that lengthen the stride without dropping the rate
- One leg glides. Push once and hold the glide on one skate for as long as balance allows. This builds the confidence to stay out on the pushing side rather than snatching the leg back early.
- Wide track pushing. Deliberately aim each push further out to the side than feels natural, on a quiet road, at low speed. Exaggerate until it feels wrong, then settle back slightly.
- Hold the finish. Add a half second pause at full extension before lifting. It will feel clumsy and it will drop your rate. That is fine, because you are teaching the leg where the end of the push actually is.
- Mobility between sessions. Ankle dorsiflexion and hip work off skates is what raises the ceiling on stride length. No drill can give you range you do not have.
How your setup nudges the balance
Equipment cannot fix technique, but it does shift where the balance naturally sits, and it is worth knowing which direction your kit is pushing you.
Wheel diameter sets how far you travel per wheel revolution, which is why sprint and marathon skaters gravitate to opposite ends of the size range.
Three parts of the setup matter most. Frame length changes how settled the skate feels, so a long platform encourages a lower rate and a longer stride while a short platform lets you cycle faster. Wheel diameter sets rollout, and you can compare grip and hardness options across the JUNK and MPC wheels collection. Bearing drag is the quiet one, because a gritty bearing punishes a long glide more than a short one, which pushes skaters unconsciously toward a shorter, busier stride. If your glides have been getting shorter for no reason you can name, clean or replace them before you rebuild your technique. The Power Bearings range covers steel training options through to full ceramic race bearings.
If you want one frame that does not force the issue in either direction, the Aerolite 3x125 at 12.6 inches and 155 grams gives big wheel rollout on a platform short enough to stay lively, which is a reasonable place to sit while you sort out which side of the equation you need most.
A four week plan to find your own balance
- Week one. Measure. Record strides per minute and metres per stride at training pace and race pace. Film one lap from the side.
- Week two. Length focus. Two sessions of one leg glides, wide track pushing and hold the finish work, with easy volume around them.
- Week three. Rate focus. Two sessions of quick feet repeats and metronome work, keeping every push finished.
- Week four. Measure again in exactly the same place at the same effort, and compare both numbers rather than just the time.
Do not try to move both numbers in the same week. The body learns one motor pattern at a time, and mixing the two usually means neither sticks.
Frequently asked questions
Is a higher stride rate always faster?
No. A higher rate is only faster if your distance per stride holds up. Skaters who chase rate alone usually end up shuffling, which feels frantic and fast but covers less ground per minute than a settled, longer stride.
What stride rate should I be aiming for?
There is no single right number, because it depends on your height, your leg length, your race distance and your setup. The number that matters is your own, tracked over time on the same stretch of road. Compare yourself in April with yourself in January, not with somebody else.
My stride feels long but I am slow. What is wrong?
Usually the push is long in time rather than long in travel. Sitting on the glide feels like a long stride but it adds no distance while the leg is idle. Time how long you spend on one skate. If the glide is passive rather than driving, shorten the time and lengthen the sideways travel.
Will bigger wheels increase my stride length?
Bigger wheels increase how far you roll per revolution, which is not the same thing as your stride length. They make a given stride carry further, so they flatter a long, settled stride and expose a busy, short one. Fix the push first and then choose the wheel size that matches your event.
Can I train rate and length at the same time?
Over a season, yes. In a single session, no. Pick one for the session, do it properly, and let the other rest. Trying to hold both consciously usually means you do neither well.
Does the double push change any of this?
It adds distance per stride rather than rate, because the inside edge adds a second driving phase within the same stride cycle. That makes it a length tool, and it is worth learning after the basic push is finishing properly, not before.
The short version
Speed is stride rate multiplied by distance per stride, and almost every skater is short on one of them without knowing which. Measure both on a repeatable stretch of road, then train the weaker one for a block of weeks while protecting the stronger one. Finish every push, because the last third of the extension is where the free speed lives. Match your frame and wheel size to your event rather than to fashion, keep the bearings honest so your glide is telling you the truth, and measure again in a month. The number that moves is the one that was holding you back.
