Know exactly
where you stand.

The SHORE Baseline is a structured self-assessment across five domains of physical capability. Complete it below — your SHORE score and capability profile are generated immediately.

Learn about the Framework
5 Capability Domains
17 Questions
~6 Minutes
What Is Measured

Most people monitor weight.
Few measure capability.

Weight is a single number that tells you almost nothing about your ability to function, perform, or age well. It does not tell you whether you can get up from the floor, how strong you are relative to your bodyweight, or whether your cardiovascular system can sustain the demands you place on it.

Capability is different. The combination of movement quality, muscular strength, aerobic capacity, balance, and recovery that determines your physical independence — not just today, but in ten years and in twenty. The SHORE Baseline measures it directly, across all five domains.

The SHORE Capability Framework™

Five domains. Each one measurable.
Each one improvable.

Select any domain to understand what is assessed, what the questions are asking, and why it matters to your long-term physical capability. These are the five domains you will be assessed across when you begin.

Movement
The quality, range, and control of how your body moves across all planes of motion.
"Can I move freely and without restriction in daily life and under load?"
→
What is assessed
Rising from the floor without hands
Stair climbing at an unbroken pace
Bending, lifting, and reaching mechanics
Overhead reach and hold
Why it matters
Loss of mobility precedes loss of independence. Restricted movement patterns increase injury risk and correlate strongly with accelerated functional decline after fifty. Movement is the substrate on which strength, capacity, and balance are built.
Strength
The capacity to produce and sustain muscular force across the key movement patterns.
"Am I strong enough — and do I have the muscle mass to maintain that as I age?"
→
What is assessed
Carry strength — grip and load capacity
Chair rise without upper-body support
Grip and manual force generation
Pushing strength reserve
Why it matters
Muscle mass is the organ of longevity. Grip strength alone predicts cardiovascular mortality more reliably than systolic blood pressure in large population studies. The decline of muscle is silent — and reversible with deliberate, progressive work.
Capacity
Cardiovascular and metabolic fitness — the efficiency of your aerobic system under sustained demand.
"Can I sustain effort comfortably, and do I have the aerobic base that longevity requires?"
→
What is assessed
Sustained walking pace and endurance
Breath recovery after exertion
Ability to keep pace at moderate effort
Why it matters
VO2 max is one of the most powerful predictors of all-cause mortality. Low cardiorespiratory fitness carries a greater mortality hazard than smoking, hypertension, or diabetes. Aerobic capacity also underpins recovery speed, cognitive function, and long-term training capacity.
Balance
Static and dynamic stability — the ability to control your body's position under varying conditions.
"Am I stable and confident in my body, or beginning to compensate for instability I haven't noticed?"
→
What is assessed
Single-leg stance duration
Confidence on uneven terrain
Obstacle negotiation without hesitation
Why it matters
Inability to balance on one leg for ten seconds in midlife is associated with a near doubling of all-cause mortality risk over the following decade. Balance deteriorates silently until it becomes consequential. Measuring it now identifies the gap early enough to close it.
Recovery
The quality and consistency of rest and physiological regeneration between demands.
"Am I recovering well enough for the load I place on my body — and does my recovery support adaptation?"
→
What is assessed
Sleep quality and morning readiness
Fatigue clearance after exertion
Energy consistency across the day
Why it matters
Training is the stimulus. Recovery is where adaptation happens. Chronic sleep restriction impairs insulin sensitivity, elevates cortisol, accelerates muscle breakdown, and significantly degrades cognitive performance. Recovery is not the absence of training — it is a discipline.
How It Works
01 · Explore
Read through the five capability domains above. Each one defines what is measured and why it matters. Take your time — the questions in the assessment will make more sense, and your answers will be more accurate.
02 · Assess
Click Begin the SHORE Baseline. Seventeen questions across the five domains. Answer for how it feels today, not at your best. Your SHORE score and full capability profile are generated at the end — immediately, privately, with no account required.
03 · Book
Bring your results to a consultation. A thirty-minute conversation with SHORE to discuss what your profile reveals, which domains deserve immediate attention, and whether a structured programme is the right next step. No obligation.
Movement Strength Capacity Balance Recovery
Scientific Grounding
01
Muscle Mass & Mortality
Research published in the American Journal of Medicine demonstrates that muscle mass index is a stronger independent predictor of all-cause mortality than BMI in older adults. Sarcopenia is associated with significantly elevated risk regardless of fat mass.
02
VO2 Max & Longevity
A study in JAMA Network Open found that low cardiorespiratory fitness carried a greater mortality hazard than smoking, hypertension, or diabetes. Each unit increase in VO2 max was associated with an 11–17% reduction in all-cause mortality risk.
03
Grip Strength as Biomarker
A landmark Lancet study of 140,000 adults across 17 countries found grip strength to be a stronger predictor of cardiovascular mortality than systolic blood pressure — one of the most accessible biomarkers of overall health status.
04
Balance & Mortality Risk
Research in the British Journal of Sports Medicine links single-leg balance time directly to all-cause mortality. Inability to balance on one leg for ten seconds in midlife is associated with a near doubling of risk over the following decade.
05
Sleep & Metabolic Function
Sleep-restriction research from the University of Chicago demonstrates the physiological cost directly: one week of curtailed sleep significantly lowered testosterone in healthy young men, and dieters sleeping 5.5 hours nightly lost 60% more lean muscle mass than those sleeping 8.5 hours on an identical diet. Recovery is not a preference — it is a physiological requirement.
06
Movement & Functional Age
A pooled analysis of nine cohort studies in JAMA, following 34,485 older adults for up to 21 years, found that gait speed alone predicted survival about as accurately as age, sex, chronic conditions, and hospitalization history combined. How you move is a measurable signal of how long you are likely to keep moving well.

Your results are private. The SHORE Baseline does not require an account, and nothing you answer is tied to your name or email — unless you choose to continue to a Foundations or Continuum intake, at which point your score summary carries over so your coach has context from the start.

Begin the Baseline.

Seventeen questions. Five domains. Results immediate.

Approximately 6 minutes · No account required

Shore Longevity
SHORE BASELINE
Optional · Private

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No coach review, no phone call — just occasional notes on training and research, plus the Five Domains guide. You can already save or share this profile using the button above.