Questions answered.
Terms explained.
One place to find everything — from how membership works to what every piece of technology actually does.
/ Getting Started10
/ In the Studio13
/ Your Personalized Program08
/ Your Results & Progress14
/ Your Longevity & Healthspan04
/ Your Membership16
/ Your Recovery06
/ Plain English
Terms
/01
Smart Fit Method
A personalized exercise, recovery, and longevity system combining objective assessments, data-driven programming, and advanced technology to improve fitness and health — focusing on finding the right training dose for each individual.
/02
Longevity
Living a long, capable, and independent life — emphasizing the quality of years and the ability to move, think, and function well into older age, not simply accumulating years.
/03
Healthspan
The portion of life spent in good health, free from significant chronic disease and disability — distinct from lifespan, which simply counts years lived.
/04
Lifespan Quality
How good the years of a person's life actually are, measured by physical capability, energy, independence, and freedom from disability — reframing fitness toward improving the experience of living, not just extending the years.
/05
Personalized Programming
Designing an exercise and recovery plan around an individual's specific assessment of data, goals, and physiology, rather than applying a generic routine — continually adjusted as the person changes.
/06
Exercise Prescription
The deliberate, individualized specification of what type of exercise to do, how hard, how often, and for how long — tailored to the person and adjusted based on results.
/07
Recovery Prescription
A personalized plan for rest, recovery therapies, and lifestyle factors that support the body's ability to adapt to training — treating recovery as an active, programmable part of the plan.
/08
Longevity Assessment
A structured evaluation of the physiological markers most associated with healthy aging, including grip strength, body composition, strength, cardiovascular fitness, and metabolic health, used as a roadmap to build and measure a personalized program.
/09
ARX
A computer-controlled strength machine using motorized adaptive resistance that matches your exact force output on every rep, measuring output precisely and delivering an efficient, data-driven strength stimulus.
/10
CAROL Bike
An AI-powered stationary bike that delivers short, personalized sprint intervals, producing meaningful cardiovascular improvements efficiently, adjusting resistance automatically to each rider's capacity.
/11
LiveO₂
A system for exercise with oxygen therapy that alternates between oxygen-rich and oxygen-reduced air during exercise to challenge and train the body's oxygen delivery and use.
/12
EWOT (Exercise With Oxygen Therapy)
The practice of exercising while breathing air with a higher concentration of oxygen than normal, aiming to increase oxygen availability and improve the body's cardiovascular training stimulus.
/13
Vasper
An exercise system combining low-impact cardiovascular exercise with cooling and compression, designed to produce a demanding, time-efficient workout while limiting joint stress.
/14
PNOĒ
A metabolic analysis system measuring the air you breathe during a test to assess VO2 max, fat oxidation rate, carbohydrate burn rate, and metabolic efficiency with precision.
/15
Styku
A 3D body scanning system that creates a detailed digital model of the body to measure composition, lean mass, fat, and dimensions in under 60 seconds.
/16
Lumati Recharge Portal
A recovery station combining several modalities — light therapy, gentle stimulation, and breath and relaxation practices — into a single guided experience that supports the nervous system's recovery.
/17
OxeFit
A digitally connected cable-based strength and performance system using sensors to measure force, power, and movement in real time, adapting resistance to the user.
/18
BioCharger
A wellness device delivering energy-based inputs, such as light and electromagnetic fields, used as a complementary recovery and wellbeing tool.
/19
Adaptive Resistance Exercise
Training technology that automatically adjusts resistance to match the force a person applies throughout a movement, providing optimal challenge at every point in the range of motion.
/20
Eccentric Muscle Action
When a muscle lengthens under tension — the lowering phase of a movement — particularly important for building strength and muscle, and well-suited to adaptive resistance training.
/21
Concentric Muscle Action
When a muscle shortens as it produces force, such as the lifting phase of a movement — the part where you actively overcome resistance to generate power.
/22
Time Under Load
The total duration a muscle works against resistance during an exercise, reflecting training quality more accurately than rep count alone and driving efficient results in less time.
/23
High-Intensity Strength Training
Working muscles against a challenging resistance to a high level of effort in a controlled, time-efficient way, emphasizing quality of effort over volume of repetitions.
/24
Progressive Overload
The gradual increase of stress placed on the body during exercise over time — without it, the body has no reason to keep adapting, and progress plateaus.
/25
Exercise Dose
The specific amount of exercise — intensity, volume, and frequency — a person performs. Like a medication dose, too little under-stimulates and too much can impair recovery and cause plateaus.
/26
Zone 2 Training
Sustained aerobic exercise at a low-to-moderate intensity where you can still hold a conversation, build aerobic endurance, and support fat metabolism and mitochondrial health.
/27
Heart Rate Zones
Ranges of heart rate corresponding to different exercise intensities, used to prescribe training precisely — from an easy aerobic base to peak cardiovascular effort.
/28
Range of Motion
The full extent to which a joint can move. Training through a full, controlled range develops strength across the entire movement and supports long-term joint health.
/29
Recovery Days
Scheduled periods of reduced or no training that allow the body to repair, adapt, and grow stronger — a planned, essential part of a well-designed program.
/30
Protein
A macronutrient made of amino acids that serve as the primary building block for muscle and many other tissues — essential for repair, growth, and healthy aging.
/31
Macronutrients
The three main nutrients needed in large amounts — protein, carbohydrates, and fats — each playing distinct roles in building tissue, fueling activity, and supporting health.
/32
Micronutrients
Vitamins and minerals needed in smaller amounts, but essential for energy production, immune function, bone health, and the processes that support training adaptation and recovery.
/33
Hydration
Maintaining adequate fluid in the body to support circulation, temperature regulation, joint lubrication, and cellular processes. Even mild dehydration can affect performance and cognition.
/34
Electrolytes
Minerals such as sodium, potassium, and magnesium that are essential for fluid balance, nerve signaling, and muscle contraction — lost through sweat and important to replenish.
/35
Recovery Nutrition
The strategic use of food and fluids to support the body's repair and adaptation after exercise, particularly protein and appropriate energy intake to capitalize on the training stimulus.
/36
Personalized Nutrition
Dietary guidance tailored to an individual's body composition, goals, activity level, and preferences, rather than a one-size-fits-all diet — informed by assessment data.
/37
Supplementation
The use of products such as vitamins, minerals, or protein powders to complement the diet and address specific gaps or goals — never a replacement for whole foods.
/38
3D Body Composition Scan
A fast, non-invasive scan that creates a digital model of the body to estimate lean mass, fat mass, and measurements — far more informative than a scale reading alone.
/39
Body Fat Percentage
The proportion of total body weight made up of fat tissue, providing a more meaningful picture of body composition than weight or BMI alone.
/40
Lean Muscle Mass
The amount of muscle tissue in the body, distinct from fat — a key indicator of physical capability and metabolic health, and central to healthy aging.
/41
Skeletal Muscle Mass
The total amount of muscle attached to bones that produces movement — playing a major role in metabolic health, glucose regulation, and long-term function.
/42
Visceral Fat
Fat stored deep in the abdomen surrounding internal organs. More metabolically active than fat under the skin, and more strongly linked with cardiovascular and metabolic risk.
/43
Grip Strength
The force generated by squeezing with the hand — one of the strongest simple predictors of long-term health, consistently linked with lower mortality and reduced frailty risk.
/44
Strength-to-Weight Ratio
How much force a person can produce relative to their body weight, reflecting functional strength more accurately than absolute strength alone and supporting daily movement and aging well.
/45
VO₂ Max
The maximum amount of oxygen the body can use during intense exercise — the gold-standard measure of cardiovascular fitness and one of the strongest predictors of long-term health.
/46
Resting Metabolic Rate (RMR)
The calories the body burns at complete rest to maintain basic functions, representing the largest share of most people's daily energy expenditure and informing personalized nutrition.
/47
Metabolic Health
How well the body processes and uses energy, reflected in blood sugar regulation, insulin sensitivity, blood pressure, and cholesterol — highly responsive to exercise and body composition.
/48
Biomarkers
Measurable biological indicators of health — such as body composition, fitness metrics, and blood values — turning health into something trackable and guiding data-driven decisions.
/49
Cardiovascular Fitness
The ability of the heart, lungs, and circulatory system to supply oxygen to working muscles during sustained activity, and one of the most powerful predictors of long-term health.
/50
Functional Capacity
The body's ability to perform everyday physical tasks — walking, lifting, climbing stairs, rising from a chair — with ease, reflecting whether training translates into real-world capability.
/51
Performance Testing
The objective measurement of physical capabilities — strength, power, cardiovascular fitness, body composition — establishing a baseline and tracking change over time.
/52
Biological Age
An estimate of how old the body seems based on physiological markers, as opposed to chronological age — many of the contributing factors are modifiable through training and recovery.
/53
Healthy Aging
Maintaining physical function, cognitive ability, and independence as one grows older — not stopping the clock but preserving the capabilities that allow people to live fully.
/54
Metabolic Flexibility
The body's ability to efficiently switch between burning fat and carbohydrates depending on demand — a marker of good metabolic health and stable energy.
/55
Insulin Sensitivity
How effectively the body's cells respond to insulin to move glucose from blood into cells — higher sensitivity means better blood sugar management, strongly improved by strength training.
/56
Mitochondrial Health
The condition and function of mitochondria, the structures within cells that produce energy — supported especially by aerobic training and central to endurance and vitality.
/57
Sarcopenia
Age-related loss of muscle mass and strength. If unaddressed, it leads to frailty, but it's highly responsive to strength training and adequate protein intake.
/58
Cardiometabolic Health
The combined health of the cardiovascular and metabolic systems — heart, blood vessels, blood sugar, cholesterol — closely interconnected and responsive to fitness and body composition.
/59
Muscle Quality
How well muscle functions relative to its size, including strength, composition, and force production — two people with similar muscle mass can differ significantly in capability.
/60
Functional Aging
How well a person maintains the physical capabilities needed for daily life as they grow older — strength, mobility, balance, endurance — reframing aging around capability.
/61
Resilience
The body's and mind's capacity to withstand, adapt to, and recover from stress — physical, physiological, or psychological — built through training balanced with recovery.
/62
Mobility
The ability to move joints and muscles actively through their full range of motion with control — combining range of motion with the strength and stability to use it.
/63
Movement Quality
How well a person moves, including coordination, control, alignment, and efficiency — supporting both performance and long-term injury resilience.
/64
Balance
The ability to maintain control of the body's position, stationary or moving — consistently linked with lower fall risk and preserved independence in older age. Trainable at any age.
/65
Power
The ability to produce force quickly, combining strength and speed — declines faster than strength with age, making it especially important for fall prevention.
/66
Endurance
The ability to sustain physical activity over time — cardiovascular endurance to keep moving, or muscular endurance to repeat efforts — closely linked with VO2 max.
/67
Athletic Performance
A person's ability to perform in sport or physical activity, encompassing strength, power, speed, endurance, and coordination — qualities that also support everyday function and healthy aging.
/68
Functional Strength
The ability to produce force in ways that carry over to real-life activities — lifting, carrying, pushing, pulling, stabilizing — supporting independence and daily capability.
/69
Complimentary Consultation
An introductory, no-cost meeting where a prospective member discusses their goals and learns how Smart Fit Method would build a personalized program around their body and lifestyle.
/70
Longevity Specialist
A coach trained to design exercise and recovery programs specifically aimed at extending healthspan and improving the markers associated with healthy aging — going beyond traditional personal training.
/71
Accountability
The structure and support that helps a person follow through on health and fitness commitments — regular check-ins, progress tracking, and a coach who keeps members on course.
/72
Goal Setting
Defining clear, meaningful objectives for health and fitness and creating a plan to achieve them — effective goals are specific, personally relevant, and connected to deeper reasons for change.
/73
Recovery Therapy
Techniques and technologies used to help the body repair and adapt after exercise — including heat, cold, compression, light, and breathwork — treated as an active part of the program.
/74
Active Recovery
Low-intensity movement — easy walking, light cycling, gentle mobility — that promotes circulation and supports recovery without adding significant training stress.
/75
Passive Recovery
Rest without active movement, allowing the body to recover through complete rest, sleep, and supportive therapies that require no exertion.
/76
Contrast Therapy
Alternating between hot and cold exposure — typically sauna and cold plunge — to stimulate circulation and support post-exercise recovery and wellbeing.
/77
Cold Plunge
Brief immersion in cold water used after exercise or as a standalone practice, influencing alertness, mood, and the body's stress response as a recovery and resilience tool.
/78
Sauna
A heated room used for recovery through heat exposure, raising heart rate and inducing sweating in a way associated with cardiovascular and relaxation benefits.
/79
Compression Therapy
Garments or devices applying controlled, rhythmic pressure to the limbs to support circulation and recovery — commonly used on the legs after training.
/80
Red Light Therapy
Also known as photobiomodulation (PBM), this uses specific wavelengths of red and near-infrared light to support cellular function, recovery, and tissue health.
/81
Breathwork
Structured breathing exercises used to influence the nervous system, reduce stress, and support recovery by shifting the body toward a calmer, more restorative state.
/82
Sleep Recovery
The essential restorative processes that occur during sleep — tissue repair, hormonal balance, consolidation of training adaptations — making sleep one of the most powerful recovery tools available.
/83
Recovery Score
A metric, often derived from heart rate variability, sleep, and resting heart rate, that estimates how well recovered the body is and how ready it is to train.