Performance isn’t guessed.
It’s measured, tracked, and developed.

At Optimal Performance, training is built around measurable indicators of strength, power, movement quality, and work capacity.

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These assessments allow us to:

• establish baselines
• track progress across training phases
• adjust programming based on real performance data.

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Most training environments prioritize novelty and fatigue over structured progression.

The OP system applies targeted intensity within a framework built for measurable performance development.

By tracking key performance indicators, we ensure training is improving:

• strength capacity
• power output
• movement efficiency
• resilience and durability

Lower Body Power

Countermovement Jumps, Squat Jumps, Prowler Sprints

Measures explosive power and rate of force production.

Used to monitor:

• neuromuscular readiness
• power development
• lower body force output

Reactive Strength

Drop Jumps/Reactive Strength Index (RSI)

Assesses an athlete's ability to absorb and rapidly produce force.

Key indicator of:

• elastic strength
• explosive athletic ability
• injury resilience

Strength Capacity

Chin Up/Dead hang, Push Ups, Split Squat Variations, and more

Measures an individual’s ability to produce and sustain force relative to their body weight through controlled strength movements.

Used to evaluate:

• relative strength benchmarks
• unilateral stability assessments
• controlled strength progressions

Movement Quality

Split Squat Variations, Dumbbell Presses, Hip Extensions, and more

Assesses how efficiently force is produced, transferred, and controlled through the body during loaded movement.

Key indicators of:

• joint control
• force transfer through kinetic chain
• movement efficiency under load

How Athletic Performance Is Developed

Athletic performance is not created through testing alone.

Assessments establish the starting point.
Training then develops the physical qualities required for performance.

At Optimal Performance, programming strategically develops:

• strength capacity
• force production
• elastic/reactive ability
• movement efficiency

Each quality is built through specific training methods layered over time.

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Developing Athletic Power Output

Once baseline power and strength are assessed, targeted training is implemented to improve force production and athletic capacity.

Examples of exercises used within this progression include:

• loaded jump and jump variations
• Olympic lifts
• sprint/weighted sprint and acceleration work
• progressive plyometric variations

These exercises are programmed strategically to improve:

• rate of force development and power output
• tissue resiliency and durability
• athletic movement efficiency and reactivity

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Developing Relative Strength

Relative strength is a foundational quality for both professionals and athletes.

Training methods include:

• chin-up progressions
• unilateral lower-body strength work
• controlled tempo strength training
• progressive overload across phases

Improving relative strength enhances:

• joint resilience and durability
• force production ceiling
• long-term physical and athletic capacity

One System. Scaled to the Individual.

Every client at Optimal Performance follows the same foundational framework.

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Structured phases develop:

• strength capacity
• muscle development
• movement durability.

For competitive athletes, additional layers are introduced including:

• power development
• reactive strength
• position-specific considerations.

The system remains the same — the demands simply scale with the individual.

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Progress is tracked across training phases through:

• performance testing
• strength progression metrics
• body composition changes
• movement quality improvements.

These data points guide programming adjustments and ensure continued development.

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Training should produce measurable progress.

At Optimal Performance, results are not based on intensity alone.

They are built through structured progression, measurable performance data, and individualized programming.