Quick answer
To build faster on-ice acceleration off the ice, train the exact quality your first three strides demand: high force applied in a very short window from a low body position. The drills that transfer best are plyometric starts (skater bounds, falling starts, broad jumps), resisted sprints with a light chute or sled, and heavy single-leg strength work like split squats and hip drives. Do power work fresh, 3–5 crisp reps at a time, and measure your first 5–10 metre split so you know it is actually improving. Acceleration is a separate skill from top speed, so it needs its own block in your week, not leftover energy after conditioning.
Key takeaways
- Acceleration and top speed are different physical qualities: acceleration is horizontal force from a dead stop, top speed is how fast you cycle once you are already moving.
- Your first three strides are decided by hip and glute power and by how low and forward you can stay, not by how fast your feet move.
- Plyometrics teach your legs to produce force fast; resisted sprints overload the exact push angle of a skating start.
- Keep power reps low and fresh: 3–5 reps, full recovery, quality over volume. Fatigue turns a speed drill into a conditioning drill.
- Measure a 5–10 metre time or a broad-jump distance so you can see transfer instead of guessing.
- Two to three focused off-ice sessions a week, done year-round, move your start speed more than any amount of stair running.
What is the difference between acceleration and top speed?
People use "speed" as one word, but on the ice it is really two skills that rely on different mechanics, so training one does not automatically build the other. Acceleration lives in the first three to five strides, where your body is leaned forward, your knees are bent deep, and every push is a hard, backward-and-down drive against the ice. Top speed lives further up the ice, where your torso is tall and the game becomes about how quickly you recover each leg and put it back down.
For most game situations, acceleration is the one that wins races. You rarely reach true top speed in a shift; you constantly stop, restart, and jump on loose pucks. The player who reaches full stride two body-lengths sooner wins almost every time, which is why I treat the first three strides as their own trainable skill with their own drills.
| Quality | When it shows up | Key body position | What limits it | Off-ice driver |
|---|---|---|---|---|
| Acceleration | First 3–5 strides from a stop | Low hips, forward lean | Hip/glute power, force off the line | Plyometrics, resisted starts, heavy single-leg strength |
| Top speed | Open ice, already moving | Tall torso, quick recovery | Leg turnover, elastic bounce | Sprint mechanics, fast tempo runs |
Why the first three strides come from the hips
The number I would track first is not how fast your feet move, it is how low you can stay while still producing force. Getting low in the hips is one of the biggest things holding back most players' starts. When you stay tall, your push goes down into the ice, so the ice pushes you straight up rather than forward. Drop the hips, lean the chest slightly ahead of your feet, and every stride now sends force backward, which is what drives you ahead.
The muscles that do this are your glutes, not your quads. Players assume the quads are the skating engine because they burn during a shift, but the biggest hip extensors are what launch you off the line. When I assess a slow start, the first thing I check is whether the glutes fire hard from a deep position or whether the player bails out of the low angle after one stride. Fix that, and the first three strides change fast.
Coach Toms's tip: Film your start from the side in slow motion, which almost any phone does now, and freeze the first push-off. Draw a line from your front shoulder to your driving foot. If that line is close to vertical you are pushing down and losing acceleration; if it is angled forward, you are putting force behind you where it belongs. Re-check it every few weeks to confirm the off-ice work is transferring.
The three off-ice exercises that build a faster start
You do not need a gym full of machines. Three movements cover power, strength, and the low position, and you can load them with a pair of dumbbells at home. Do them fresh, before any conditioning.
1. Skater bound with knee-down finish (power)
This teaches your legs to produce force from the low, sideways position a skating start uses. Push off one leg, cover as much lateral distance as you can, land soft on the other, and briefly touch the back knee down to load deep before you rebound. Cue: "land quiet, load low." Do 3–4 sets of 5 reps per side. Keep reps low; the goal is a clean, violent push every time, not a burn.
2. Hip drive / hip thrust (glute power)
This directly targets the muscles that launch your first strides. Set your upper back on a bench or sturdy edge, drive your hips up until your body is flat, and squeeze hard at the top. Add load by holding a dumbbell or weight plate across the front of your hips. Do 3 sets of 8–12 reps. Cue: "ribs down, squeeze the glutes, not the low back." If your form breaks, drop the weight before you drop the technique.
3. Rear-foot-elevated split squat (strength)
This builds the single-leg strength every stride depends on, and it lets you load heavier than a full single-leg squat because the back foot adds stability. Back foot on a bench, front foot forward, lower until the front thigh is parallel, and drive up through the whole foot. Do 3 sets of 4–6 reps per leg if you train regularly, or start at 8 if you are newer to lifting. Watch for: the front knee caving in. Keep it tracking over the middle toes.
Coach Toms's tip: Running stairs feels hard, so players assume it builds their start. It does not. Repeated stair running is an endurance stimulus, and you already get plenty of that in practice. Acceleration responds to low reps, explosive effort, and full recovery, which is the opposite of a lung-burning finisher. If you leave every session gassed, you trained your engine's cruising range, not its launch.
Adding resistance to overload the start
Once the strength base is there, resisted sprints are the closest off-ice match to an on-ice acceleration. Sprinting into resistance forces you into the exact low, forward-leaning drive angle your first strides need, and it overloads the push so the free start feels lighter afterward. A speed chute is the simplest tool for this: it adds drag that scales with how hard you run, so it self-regulates. Keep the distance short and the reps low.
Run 6–8 sprints of 10–15 metres with full walk-back recovery. The first two or three steps are the whole point, so explode out low and do not pop upright early. Cue: "push the ground away behind you." Pairing a resisted start with a free start right after lets your body feel the contrast. For a package that covers both the drag work and the plyometric side, a speed and power combo keeps everything in one kit.
A slide board also transfers unusually well. It trains the lateral push-and-glide of a skating stride and the outside-edge hip strength you use crossing over or exploding out of a turn. Two to three minutes of controlled slides, with a full push and a quiet return, reinforces the low position under a different demand than jumping or lifting.
How to program it in a week
Acceleration work is simple to schedule if you protect its quality. Do power and speed on fresh legs, two to three times a week, and never bury it under conditioning. Here is a straightforward frame.
| Day | Focus | Sample work |
|---|---|---|
| Monday | Power + strength | Skater bounds 3×5/side, split squat 3×5/leg, hip drive 3×10 |
| Wednesday | Resisted starts | Chute sprints 8×12 m, broad jumps 4×3, slide board 3×90 s |
| Friday | Light power + mechanics | Falling starts 6×10 m, skater bounds 3×4/side, mobility |
Warm up first; cold hips do not fire hard, and a good off-ice warm-up lets you hit full effort safely on the first rep. Track one honest number each month, a broad-jump distance or a 10-metre sprint time. If it is climbing, the transfer is real. If it is flat, you are probably adding volume when you should be adding intensity and recovery.
Common mistakes
- Training acceleration like conditioning. High reps and short rest build endurance, not a faster start. Fix: 3–5 reps, full recovery, stop while the reps are still crisp.
- Standing too tall out of the start. A vertical push sends you up, not forward. Fix: drop the hips and lean the chest slightly ahead of your feet for the first three strides.
- Ignoring the glutes. Quad-dominant players have a soft launch. Fix: prioritise hip drives and deep single-leg work so the hip extensors lead.
- Doing power at the end of a session. Tired legs cannot express power. Fix: put jumps and resisted sprints first, before strength and any conditioning.
- Never measuring. Without a number you are guessing. Fix: test a 10-metre time or broad jump monthly and let the data guide your loading.
- Too much chute drag. Heavy resistance ruins your mechanics and turns a speed drill into a grind. Fix: keep resistance light enough that your stride still looks like a real sprint.
FAQ
Can off-ice training really improve on-ice acceleration?
Yes. Acceleration is driven by hip and glute power and by applying force from a low, forward position, all of which is built off the ice with plyometrics, resisted sprints, and single-leg strength. The skill is still practised on skates, but the engine behind your first three strides is developed off the ice.
How is acceleration different from top speed?
Acceleration is how quickly you get moving from a stop, using a low body position and hard backward push. Top speed is how fast you travel once you are already up to pace, which depends more on leg turnover and elastic bounce. In a game you use acceleration far more often, so it deserves dedicated training.
How many reps should I do for acceleration work?
Keep power and speed reps low and fresh. Plyometric sets of 3–5 reps and resisted sprints of 6–8 short runs, both with full recovery, are the sweet spot. If you push into high reps and short rest, you are training endurance instead of a faster start.
Are stairs good for building a faster start?
Not really. Repeated stair running is an endurance exercise, and you already get plenty of that in practice. A faster start comes from strength and power work with low reps and full recovery, which is almost the opposite stimulus to a stair grind.
How often should I train acceleration off the ice?
Two to three focused sessions a week is enough, as long as you do the power work on fresh legs and keep it year-round. Consistency over months matters more than any single brutal workout, and the quality of each rep matters more than the total volume.
What is the best single tool for off-ice acceleration?
A speed chute, because resisted sprinting forces you into the exact low, forward drive angle your first strides need and overloads the push safely. Pair it with basic plyometrics and single-leg strength to cover the whole picture without a gym.
Summary
Fast starts are built, not born. Treat acceleration as its own skill: train the first three strides with plyometric starts, resisted sprints, and heavy single-leg strength, keep the reps low and fresh, and measure a 10-metre time or a broad jump so you can see the transfer. Stay low, drive from the glutes, and put your power work before anything that fatigues you. For the running-speed side of the picture, see our guide to off-season sprint training, and for the mechanics of the stride itself, the stride power guide and slide board workouts pair well with this plan. Browse the full Off-Ice Training hub for the rest of your program.
