Skating
Training in Calgary
Every spring, Calgary skating families search for off-ice training — and every September, most athletes come back the same. Not because they didn’t work hard, but because more ice time doesn’t fix a body that can’t produce the positions skating demands. This is how we fix it.
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& Stride
Training
Every March, The Same
Conversation Happens
Season ends. Parents gather. Someone says it: “He needs to work on his skating this summer.”
They’re right. Skating is the separating factor in youth hockey. It determines ice time, tryout outcomes, and whether an athlete plays up or stays where they are.
So families invest. More power skating clinics. More ice. More reps. More drills.
It sounds logical. But every September, most athletes show up skating almost identically to how they finished in March.
Not because they didn’t work hard. Not because the coaches weren’t trying. Because the limitation wasn’t on the ice. It was in the body.
Ice reinforces patterns. It does not build the body required to produce those patterns. An athlete with limited ankle mobility practices compensations. An athlete with weak outside edges reinforces instability. An athlete with quad dominance deepens quad dominance.
“Skating clinics refine expression. They do not rebuild foundation. And foundation determines ceiling.”
It Starts at The Feet
Hockey players live in rigid, compressive boots from a young age. The boot molds the foot into an immobile brick — toes jammed, arches unsupported, no room to splay or move.
Years of this creates dysfunctional patterns: flattened arches, stiff ankles, upstream compensation — tight hip flexors, limited femoral rotation, anterior tilt. Then we ask these athletes to load heavy in the weight room or explode on the ice with feet that have zero compliance or spring.
Your athlete’s feet and ankles are the only point of contact with the skating surface. During crossovers, stops, and acceleration, the foot-ankle complex handles forces 3–8 times body weight. When those springs don’t work, every stride costs more energy than it should. That’s what “skating with the brakes on” actually means. They’re not slow because they lack the engine. They’re slow because the suspension system is broken.
We’ve long said the knee is a “slave” to the hip. But in skating sports especially, the hip and knee are slaves to the ankle and foot. Fix the foundation, and the problems upstream often resolve themselves.
The Battery Problem
in Hockey
Ever notice your athlete looks explosive in the first period and sluggish by the third? That’s not a conditioning problem. It’s a battery problem.
Every athlete has a battery — their total capacity to move well, think clearly, and adapt to stress. Speed is the most expensive thing the nervous system produces. When the battery drains, speed disappears first.
Most hockey programs respond to fading speed with more conditioning. More laps. More bag skates. That’s like draining a phone battery faster and calling it an upgrade. We do the opposite — manage energy first, adjust every session based on where the athlete actually is, and build a bigger battery that wastes less on every stride.
Chinese Olympic
Speed Skating Methods
In 2005, Greg Almon got a call: “Do you want to go to China and work with the National Short Track Speed Skating Team?” Ten days later he was in Beijing. Coach Li Yan sent him north to Harbin to coach the B-team. No proper equipment. No squat racks. Fourteen underfunded skaters. Ninety days to make them faster.
With no ice available, Greg had to strip skating down to its fundamentals: What does a skater need in their body to produce speed? Not what do they practice. What do they physically require? The answer became the foundation of a system that helped produce 7 Olympic Gold Medals at the 2010 Vancouver Games.
That same methodology is now adapted for competitive youth hockey and ringette players ages 8–14 in Calgary. The principles are identical. The application fits the athlete.
Attain. Hold. Explode.
Every fast skater must pass through three stages. Skip one, and the entire system collapses. This is the exact sequence we used with Chinese Olympic speed skaters — and the same one we use with your 10-year-old in Calgary.
Most competitive youth hockey players in Calgary cannot fully attain the optimal skating position. Their ankles won’t dorsiflex. Their knees won’t track forward. Their hips won’t load laterally. So they skate upright — pushing backward instead of outward, losing power with every stride. This is not a technique problem. It is a structural limitation. Ice cannot fix structural limitation. We fix it with reverse sled drags, knees-over-toes progressions, and targeted ankle mobility work.
Even when an athlete can briefly reach the correct position, they cannot sustain it. Shift three. Shift four. Overtime. The legs straighten. The hips rise. Holding skating position under fatigue is not a coaching instruction — it is a neuromuscular adaptation. It must be trained. We use static posture holds, banded crossovers, and slideboard training to build structural alignment that lasts when it matters.
This is what every parent wants: the first step, the crossover separation, the acceleration that creates space. But power layered onto a broken position creates compensations, knee stress, and stagnation. The Chinese national team never rushed power. We built position first. Then we layered force. Targeted jump integration, banded deceleration training, and stop-start repeatability — all built on the foundation of the first two stages.
“The sequence is everything. Attain first. Hold second. Explode last. Skip one and the whole system breaks.”
What Happens When You
Build the Body First
Last year’s Stride Accelerator athletes returned to September tryouts different. Parents didn’t talk about drills. They talked about how their child looked: lower, stronger on edges, more explosive, more confident.
One athlete jumped from Division 2 to AA in a single off-season. That’s not a marginal improvement — that’s a structural transformation.
How We Train Skaters
Our hockey and ringette specialist program. 12 weeks, 2 sessions per week. Using Chinese Olympic speed skating methodology, we develop explosive stride power, edge strength, and skating-specific force production — all off-ice. This is the direct application of what produced 7 Olympic gold medals, adapted for youth skaters ages 8–14.
Our broader performance training programs that build the athletic foundation all skaters need. Standing force production, nervous system readiness, video analysis, and individualized special exercises. Hockey athletes often start here before progressing to Stride Accelerator.
Both programs use flexible scheduling via MindBody — book any available session that fits your week. Multi-sport athletes, travel teams, busy families. We built this around your life.
What Parents Say
“The coaches really care about recovery and long term progress. I’ve seen really noticeable improvements — specifically my speed and agility which correlates to me being in a better position on ice.”
“Our daughter is a ringette player and we cannot say enough good things. Her skating coach said her speed is 3km faster for short distance and 2km faster for long compared to the last test.”
Ages 8–15: The Window
Is Open. Not Forever.
Between ages 8 and 15, the nervous system is highly adaptable. Motor patterns built now compound for years. Miss this window, and you’re fighting established patterns later.
The Calgary off-season is when real development can occur. No game fatigue. No recovery bottlenecks. Full adaptation capacity.
If your athlete stands still this summer, someone else won’t.
Want to understand why these ages matter so much? Read our complete guide to youth athletic development and sensitive periods →
What Hockey Parents
Ask Us First
What age should a hockey player start off-ice skating training?
Most athletes benefit from off-ice skating development between ages 8 and 14. This window aligns with the sensitive period for motor skill development, when the nervous system is most adaptable to new movement patterns. Athletes who build the structural foundation during these years carry those adaptations through to competitive hockey at higher levels.
Why does my athlete skate the same every September despite a full summer of training?
Ice reinforces existing patterns — it does not rebuild the structural foundation those patterns depend on. An athlete with stiff ankles, limited hip mobility, or quad dominance will repeat those compensations regardless of how many skating sessions they attend. Off-ice training addresses the body first: ankle mobility, edge strength, hip loading, and the neuromuscular capacity to hold the skating position under fatigue. That’s what produces change by September.
How is the Jungle Athletics method different from a standard power skating clinic?
Power skating clinics work on technique expression — they teach athletes to skate better on ice. Jungle Athletics works on the physical foundation that makes technique possible in the first place. The Attain-Hold-Explode sequence, built from Chinese Olympic speed skating methodology, develops the ankle mobility, hip loading capacity, and positional endurance that skating clinics assume the athlete already has. Both have a role. Most athletes are missing the foundation.
Why do fast hockey players slow down in the second and third periods?
Speed is the first quality the nervous system shuts down when energy reserves drop. What looks like a conditioning problem is usually a battery problem — the athlete’s total nervous system capacity depleting faster than it should. At Jungle Athletics we build a larger battery and train athletes to waste less energy on every stride, which is why our athletes maintain speed late in games when other players are fading.
Does Jungle Athletics work with athletes from any hockey association or team?
Yes. We work with competitive youth hockey and ringette players from any Calgary association, rep program, or independent pathway. Training is individual and program-agnostic — it complements whatever on-ice schedule the athlete already has. Flexible scheduling through MindBody means sessions fit around practice and game commitments without adding to recovery load.
Start Here — The
Development System Explained
If this is your first time reading about Jungle Athletics, the skating methodology above is one piece of a larger system. Before booking, most parents find it useful to understand how everything fits together — the Battery Model, the sensitive periods, and why the off-ice approach produces results that more ice time doesn’t.
60 Minutes. Free.
See Where Your Skater Stands.
Book your athlete’s Free Game Speed Analysis. Our coaches will assess movement, skating mechanics, and nervous system readiness — then tell you exactly what to do about it. No obligation. No sales pitch.
134 71 Ave SE · Calgary, AB T2H 0L9 · 403-462-8424
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