Build Performance From The Joint Out
Most hockey training programs focus only on lifting weights, speed drills, or conditioning.
But true hockey performance starts deeper — at the joint level.
If an athlete lacks control, strength, or resilience at end ranges, adding load and speed only builds compensation and increases injury risk.
That’s why our training follows a structured development model that progresses from joint control → strength → power → speed.
Build Performance From The Joint Out
Most hockey training programs focus only on lifting weights, speed drills, or conditioning.
But true hockey performance starts deeper — at the joint level.
If an athlete lacks control, strength, or resilience at end ranges, adding load and speed only builds compensation and increases injury risk.
That’s why our training follows a structured development model that progresses from joint control → strength → power → speed.
Step 1
Controlled Articular Rotations (CARs)
We use daily CARs routines to maintain and further develop control over your existing ranges of motion.
This allows athletes to:
- Maintain joint health
- Improve movement awareness
- Identify limitations
- Target weak areas
- Prevent compensation patterns
CARs act as both a daily maintenance system and an assessment tool to guide training.
Step 2
End-Range Isometrics
Once we identify ranges that need development, we apply end-range isometrics.
These build:
- Strength at end range
- Tissue resilience
- Joint stability
- Target weak areas
- Confidence in vulnerable positions
By creating time under tension at the edges of motion, we restore lost range and make those positions usable.
Step 3
End-Range Strength Development
Next, we develop strength within approximately 5–10 degrees of end range.
This phase:
- Improves active control
- Expands usable mobility
- Reinforces joint stability
- Reduces injury risk
This is where mobility transitions into usable strength, not just flexibility.
Step 4
Full Range External Loading
Once control and strength exist near end range, we begin externally loading the entire range of motion.
This develops:
- Force capacity
- Structural resilience
- Multi-plane strength
- Hockey-specific movement capacity
Athletes now build strength across their full usable range, not just mid-range gym positions.
Step 5
Explosive Power & Speed Development
Once the body has adequate force capacity, we convert that strength into explosive performance.
This phase includes:
- Power development
- Lateral explosiveness
- Reactive strength
- Speed mechanics
- Skating transfer
Because mobility and strength were built first, athletes can now produce power without energy leaks or compensation.
Step 1
Controlled Articular Rotations (CARs)
We use daily CARs routines to maintain and further develop control over your existing ranges of motion.
This allows athletes to:
- Maintain joint health
- Improve movement awareness
- Identify limitations
- Target weak areas
- Prevent compensation patterns
CARs act as both a daily maintenance system and an assessment tool to guide training.
Step 2
End-Range Isometrics
Once we identify ranges that need development, we apply end-range isometrics.
These build:
- Strength at end range
- Tissue resilience
- Joint stability
- Confidence in vulnerable positions
By creating time under tension at the edges of motion, we restore lost range and make those positions usable.
Step 3
End-Range Strength Development
Next, we develop strength within approximately 5–10 degrees of end range.
This phase:
- Improves active control
- Expands usable mobility
- Reinforces joint stability
- Reduces injury risk
This is where mobility transitions into usable strength, not just flexibility.
Step 4
Full Range External Loading
Once control and strength exist near end range, we begin externally loading the entire range of motion.
This develops:
- Force capacity
- Structural resilience
- Multi-plane strength
- Hockey-specific movement capacity
Athletes now build strength across their full usable range, not just mid-range gym positions.
Step 5
Explosive Power & Speed Development
Once the body has adequate force capacity, we convert that strength into explosive performance.
This phase includes:
- Power development
- Lateral explosiveness
- Reactive strength
- Speed mechanics
- Skating transfer
Because mobility and strength were built first, athletes can now produce power without energy leaks or compensation.
Client Success Stories
“After dealing with hip and back issues my entire life, this was the first summer I finished completely pain-free. On top of that, I feel far more efficient on the ice than ever before.”
Chase Dafoe
AHL
The Result
This progression creates athletes who are:
Stronger through full range
More mobile
More resilient to injury
More explosive
Faster on the ice
More mobile
Stronger through full range
More explosive
Faster on the ice
More resilient to injury
Client Success Stories
“After years of physio with limited results, Dylan helped fully rehabilitate my broken arm. His methods were unlike anything I’d seen before, but they made complete sense.”
Matt Saretsky
KIJHL (Kelowna Chiefs)
Instead of chasing strength, speed, or mobility separately, this method
builds them in the correct order for long-term hockey performance.
Train Using The Method
Explore our structured programs built around this system.
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