How to Skate Faster in Hockey: 5 Technique Fixes Most Players Never Get Taught
How to Skate Faster in Hockey: 5 Technique Fixes Most Players Never Get Taught
You're probably not short on power. You're leaking it — every stride, all game. Here's where it goes, in the order coaches fix it.
SHOP NOWKey takeaways
Modern hockey is won with constant small foot movement, not momentum and hands.
Sit into your heels. Lose the back angle and your knees collapse inward — you lose the stride before it starts.
Shift to the toe too early and the foot slips out with no kick.
Riding the inside edge is driving with the gas and brake at the same time.
Wider stance, faster feet, better puck protection, more passing lanes.
Most players don't have a speed problem. They have a position problem
Ask a rec-league player why he's a step behind and he'll tell you it's his legs. More squats. More sprints. More summer skates.
Sometimes that's true. Usually it isn't.
Watch the same player from the side and you'll see the real issue in about four strides: knees behind the toes, back rounded, weight sitting in the front of the boot, and a knee that wobbles inward the second he loads it. He isn't short on power. He's leaking it — every stride, all game.
This is a breakdown of the five things skating coaches fix first, in the order they teach it: footwork, posture, hip activation, wide skating, and opening your hips.
Nothing here requires new skates or a summer camp. It requires knowing where your body is supposed to be.
1. Footwork: gliding is a habit from a slower era
The first fix has nothing to do with your legs and everything to do with how often they move.
Old-school hockey rewarded the glide. Get momentum, keep it, move your hands, make the play. That game is gone. The modern version looks more like basketball or American football: constant small foot movement, weight shifting, body twitching, hands working on top of it.
The rule: when the puck is on your blade, your feet never stop.
Watch the top players in the summer and you'll see them drilling the smallest possible movements — lifting a heel an inch, throwing in a quick stutter step, faking a shot with the feet instead of the stick. None of it covers ground. All of it sells something.
The purpose is simple: become an unsolvable puzzle. If a defender can't predict you, he has to react. And the moment he reacts, you act — you skate the other way. Gliding gives him a still target and all the time in the world to read it.
- Stickhandle in a box and forbid yourself from gliding. If the puck moves, a foot moves.
- Practise the stutter step into a fake shot until it happens without thinking.
- Film ten seconds of yourself with the puck. Count how many of those seconds your feet are actually still.
2. Stance and posture: the single biggest fix on this list
If your posture is wrong, nothing downstream works. Not the power, not the glide, not the balance. It's the same principle as lifting or golf — the setup decides the outcome.
There are two halves to it, and most players only know the first one.
Get the knees forward
Drive your knees forward over your toes as far as your skates allow. How far that is depends on the boot — the limit is your foot starting to lift inside the skate.
Why it matters: knee angle decides the direction of your push. With the knee stacked behind your foot, you press downward and slightly up. With the knee driven forward, you press backward — into the direction you actually want to go.
It matters just as much on the gliding leg. If your front foot lands ahead of your body, you're braking with it. Feet underneath the body, weight shifting slightly toward the toe, and the whole body rides forward without killing its own momentum.
Get the back up
Here's the trap. Knees forward with a rounded back dumps all your weight into your toes. And when weight sits in the toes, the knees drift inward automatically — you lose the exact knee angle you just worked for.
The fix is heel pressure, and you get it from your back, not your legs:
- Arch the back — not just the lower back, but up through the traps.
- Lift the chest forward.
- Push the hips back.
- Sit down, knees forward, like you're lowering onto a chair behind you.
Done right, it burns. That's the point. Getting more powerful means getting heavier to hold — there's no version of this where more power feels easier.
What heel pressure actually buys you
Two things, both of them speed.
Sitting on the back heel keeps your weight on the pushing leg longer before it transfers forward. Longer load, bigger push.
Shift to the toe early and the foot slips out from under you — no snap, no kick. Hold the heel and the whole ankle snaps through the finish.
The glute detail that ruins most strides
With the back arched properly, the push recruits the lower glute and upper hamstring, and the leg presses underneath the body.
With the back rounded, the push shifts to the upper glute and the leg kicks up and out off the ice. It goes unnoticed for years. But it's why so many players have heavy glide on the front leg and can't accelerate quickly — the push is lifting them instead of driving them.
Reality check: everything in this section depends on your foot staying exactly where you put it inside the boot. Heel pressure you can't feel isn't heel pressure.
The layer nobody thinks about: your foot inside the boot
Here's the uncomfortable part of the posture lesson. Every cue above — knees forward until the foot lifts, weight on the back heel, weight shifting to the toe on the kick — assumes your foot and your skate move as one object.
In a thin cotton sock, they don't. The foot slides a few millimetres inside the boot on every load. That's not a dramatic failure, it's just a small tax on every single stride: heel pressure that arrives late, a toe kick that starts before your foot has finished moving, and an edge change your skate hears a beat after your brain called it.
That's the gap RocketGrip Hockey Grip Socks are designed to close.
RocketGrip Hockey Grip Socks
Sizes XS–XL (EU 30–47) · custom team logo, initials or number on the calf panel
You can add a team logo on the calf panel plus initials or a number — the same thing you already do with your grips, on the other end of the kit. It won't give you a stride you haven't built. It just stops the one you have from leaking on the way to the ice.
SHOP NOW3. Hip activation: why your knees keep collapsing inward
Get down into your skating stance and have someone look at your knees from the front. If they drift inward, your hips and outer quads aren't switched on — and three separate things break at once.
A lot of players have never used these muscles in their hockey lives. The muscle is simply behind.
You're stuck on the inside edge
Knees in means landing on the inside edge, which sends you side to side instead of forward. The straight line between two points is the shortest one; the inside edge turns it into a zigzag and adds distance to every rush.
Coaches put the glide difference between outside and inside edge at roughly 30–40% — and you can hear it. Inside edge is loud, because the blade is cutting into the ice and slowing you down. Outside edge is silent.
The death wobble
Push sideways on an unactivated knee and it moves like a loose front wheel. Same idea as speed wobble on a bike, and it shows up exactly when you don't want it — at top speed.
Activate the hips, drive the knees outward, and the leg is stable. That stability is what lets you raise your stride frequency, stop sharper, turn harder, and carry momentum through the turn instead of bleeding it.
You lose every board battle
One-on-one along the wall is a hip-on-hip fight. Inactive hips and a defender barely has to lean on you before you fold. Tense the hips, drive the knees out, and you're very hard to move — it's a big part of why the best puck-protection players are so tough to dig out of the corners.
The car analogy: riding the inside edge at speed is pressing the gas and the brake at once. The car still moves. It just burns more fuel, accelerates slower, and never reaches top speed. To be clear — the inside edge is correct for your starting strides. But once you're moving, the job changes from generating speed to keeping it. That's outside-edge work.
- Resistance-band lateral work at home — banded walks, seated abductions, standing abductions.
- Outer-quad and glute-med isolation in the gym.
- On ice: hold outside-edge glides on one foot, both directions, knees driven out.
Look at the legs on the fastest skaters in the world. Very wide quads, heavy groin and hip development. That build isn't cosmetic — it's the engine behind their stride frequency and top speed.
4. Wide skating: the stance defenders hate
The fourth fix is the easiest to copy and the quickest to pay off: skate wide when you have the puck. Two reasons.
A wide base makes you look dangerous, physically covers more of the puck, and forces defenders to reach through your legs — which is also how you draw calls for your team.
Narrow skating is slow-cadence and easy to read; a defender can time his check. Wide skating lets you move your feet far quicker, so he has no idea which way you're going or when.
It runs on the same engine as fix #3: hip activation. If you can't get wide at the hips, you can't skate wide, and no amount of wanting it will change that.
One exception to the edge rule: when you're skating wide with the puck, landing on the inside edge is fine. It lets you collapse the ankle faster and hold a quicker rhythm. Different job, different tool.
5. Opening up your hips: how skilled players slow the game down
The last fix is the one that separates players who are fast from players who are dangerous. Some of the best playmakers in the league aren't the quickest skaters on the ice — they just know how and where to move their feet, and they can slow the play down at will.
Open hips give you two things. Easier direction changes: turn the body toward the other side and you can simply switch to the outside edge and go — no gathering, no extra steps. And a bigger passing window: square to the play, you can pass in front of you and to the side. That's it. Open the hips and you add the option to pass behind you and work the back-end lanes. Your range of motion is your range of plays.
From an open-hip position, the options stack up fast: your knees are out wide, so the defender can't get a stick around you; you can punch-turn out of a mohawk; and you open the door to deceptive plays like a fake pass out of the mohawk.
Putting it together: a four-week order of operations
Don't try to fix all five at once. They stack in a specific order, because each one depends on the last.
You can hold knees-forward, chest-up, heels-loaded for a full lap without the back rounding.
Knees stay out under load; you can hold an outside-edge glide both directions.
Feet never stop with the puck; wide stance feels normal, not forced.
You can open, hold a straight line, and pass behind you.
Two of these — posture and hip activation — are mostly off-ice work. Band work, mobility, and time spent in the stance in your living room will move your skating more in a month than extra laps will.
Frequently asked questions
Why do my knees cave inward when I skate?
Almost always a posture and hip-activation issue rather than a strength one. A rounded back throws your weight into your toes, and the knees follow the weight inward. Arch the back, lift the chest, sit into the heels, and consciously drive the knees outward. If they still collapse, your hip abductors and outer quads need dedicated off-ice work.
Is the outside edge really faster than the inside edge?
For maintaining speed, yes — coaches commonly put the glide difference at 30–40%, and the audible difference tells the story: the inside edge cuts into the ice and scrubs speed, the outside edge is silent. The inside edge is still the correct tool for starting strides, where the job is building momentum rather than keeping it.
What is heel pressure in skating?
Keeping your weight loaded over the heel of the pushing foot for as long as possible before the kick. It's what lets you stay on the push leg longer and finish with a real toe snap instead of slipping out early. You get it by arching the back and sitting the hips down and back — not by leaning backward.
Do grip socks actually make a difference for skating?
They don't add power. What they're designed to do is stop your foot sliding inside the boot, so the pressure you apply arrives at the blade when you apply it. If you've ever felt your heel lift or your foot shift on a hard crossover, that's the movement grip socks are built to remove.
Should I skate wide all the time?
No. Wide skating is a puck-carrying tool — it protects the puck, disguises your intentions and lets you move your feet faster. Straight-line speed without the puck still wants a more efficient, narrower stride.
How long until this shows up in games?
Posture and stance changes feel different in one skate and hold up in games in a few weeks. Hip activation takes longer, because you're usually building a muscle group that's been sitting idle for years — think a couple of months of consistent band and mobility work.
The short version
Your stride isn't failing at the push. It's failing at the setup — knees behind the toes, back rounded, weight in the front of the boot, knees caving in. Fix the posture, wake up the hips, keep the feet moving, and get wide. That's most of it.
And make sure the work you're doing actually reaches the ice. A stride is a chain: hip to knee to ankle to foot to boot to blade. Most players spend all their effort on the first three links and never think about the two at the end.
LOCK YOUR FOOT INTO THE BOOT →- Silicone grip zones · targeted compression · padded heel and toe
- Custom team logo, initials or number · sizes XS–XL (EU 30–47)
- 60-day money-back guarantee
Coaching guidance in this article is drawn from a skating-analysis session with skating-development coaches. The 30–40% outside-edge glide figure is the coaches' own estimate, not RocketGrip data. This article is general coaching and equipment information, not medical advice. RocketGrip Hockey Grip Socks are a performance accessory designed to improve foot stability inside the boot and reduce rubbing at the heel and toe; they are not designed to diagnose, treat, prevent or cure any injury or condition. If you have persistent pain, speak to a qualified medical professional.