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Assessment
Assessment

Building a Baseline Assessment Battery

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DefinitionA short reference note, not a full lesson.
Definition

Assemble a screen-first set of tests covering each fitness component relevant to the client's goals, run them in a fatigue-aware order, and record everything to seed the goal→program engine.

Detail

A baseline battery is the set of assessments done before programming begins. It establishes starting points, surfaces limitations/risks, and creates the reference for tracking change.

Always start with screening: PAR-Q+ and the ACSM algorithm; obtain clearance if flagged before any maximal/vigorous testing.

Cover the relevant components (select by goal, time, and equipment):

Order matters — least to most fatiguing (see Test Order & Sequencing Principles). Keep it practical: a focused battery the client will actually complete beats an exhaustive one. Standardize conditions so re-tests are comparable.

Key facts

  • Screen first (PAR-Q+, ACSM algorithm); clear before maximal/vigorous tests.
  • Cover the components relevant to the goal: resting/body-comp, cardio, strength, endurance, flexibility, (balance), (power/speed for athletes).
  • Sequence least → most fatiguing (Test Order & Sequencing Principles).
  • Standardize conditions; favor a focused, completable battery over an exhaustive one.

Connections

Sources

Cited in text — not yet linked
ACSM's Guidelines for Exercise Testing and Prescription (10th/11th ed.); NSCA's Essentials of Strength Training and Conditioning (4th ed.).

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Educational content only — not medical advice. Always consult a qualified professional for individualized guidance, especially around injury, pregnancy, or medical conditions.

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Atlas Connections

Agility Tests (5-10-5 Pro Agility & T-Test)
Timed change-of-direction courses — the lateral 5-10-5 and the multidirectional T-test — that measure planned change-of-direction speed (not reactive agility).
Body Composition Assessment — Methods Compared
No method is perfect; pick by needed accuracy, access, and cost — and once you choose one, re-test with the same method, because consistency beats absolute accuracy for tracking change.
Curl-Up (Crunch) Test
Cadence-paced partial sit-ups (curl-ups) done in time with a metronome until you can't keep pace or hit a cap; the count rates abdominal/core endurance and avoids the hip-flexor-loaded full sit-up.
Estimated 1RM from Submaximal Reps
Lift a submaximal load for as many strict reps as possible, then plug weight and reps into a prediction equation (Epley, Brzycki) to estimate 1RM without ever attempting a true max.
1.5-Mile Run & Cooper 12-Minute Run Tests
Two maximal-effort distance-running field tests — run 1.5 miles as fast as possible, or cover as much ground as possible in 12 minutes — converted to estimated VO2max by regression equations.
Functional Movement Screen (FMS) — Overview
A seven-task movement-quality screen scored 0–3 per task (max 21) that flags mobility/stability limitations and asymmetries to guide corrective work — a qualitative screen, not a fitness test.
Grip Strength (Handgrip Dynamometry)
Squeeze a calibrated handgrip dynamometer as hard as you can; the best of several trials (often summed across hands) indexes general muscular strength and is a validated marker of health and longevity.
Interpreting Assessment Results
Translate raw scores into meaning by comparing to norms (where you stand) and criteria (health thresholds), then frame them constructively and turn them into program targets.
Plank Hold Test (Core Endurance)
Hold a forearm plank with a neutral spine for as long as possible; the time to failure rates isometric core/trunk endurance with minimal spinal loading.
Pre-Participation Health Screening (Overview)
Before any testing or new exercise program, screen each person to find the small minority for whom exercise carries elevated cardiac risk and who need medical clearance first — without creating needless barriers for everyone else.
Push-Up Test (Muscular Endurance)
Do as many consecutive good-form push-ups as possible (men on toes, women on knees in the standard sex-specific protocol); the count rates upper-body muscular endurance against age/sex norms.
Re-Test Cadence (How Often to Reassess)
Re-test often enough to catch real change but not so often that measurement noise and short-term fluctuation drown the signal — typically every 4–12 weeks, by metric.
Rockport 1-Mile Walk Test
Walk one mile as briskly as you can, record your time and your immediate post-walk heart rate, and plug them with age/sex/weight into the Rockport equation for estimated VO2max — a gentle option for the less fit.
Setting Baselines for the Goal→Program Engine
Convert assessment results into the concrete starting numbers a program needs — training loads, target HR/pace zones, and measurable goals — so the goal→program engine has real inputs, not guesses.
Shoulder Flexibility (Zipper / Back-Scratch) Test
Reach one hand over the shoulder and the other up the back to see if the fingers meet behind you; the gap (or overlap) indexes shoulder mobility and is scored as a distance.
Single-Leg Stance (Balance) Test
Time how long someone can balance on one leg (eyes open, then optionally closed); shorter times flag impaired static balance and elevated fall risk, especially in older adults.
Sit-and-Reach Test (and Variants)
Reach forward over straight legs on a sit-and-reach box; how far past the toes you reach indexes hamstring and lower-back flexibility against age/sex norms.
Sprint Speed Tests (40-Yard Dash & Splits)
Time a maximal linear sprint over a set distance (classically 40 yards, with 10/20-yard splits) to assess acceleration and top speed.
Step Tests (YMCA 3-Minute, Queen's College)
Step up and down on a fixed-height bench at a set cadence for a few minutes; your recovery (or steady-state) heart rate rates your aerobic fitness or estimates VO2max — minimal equipment required.
YMCA Submaximal Cycle Ergometer Test
A graded, multi-stage bike test that nudges the rider toward 85% of max HR across 2–4 workloads, then extrapolates the HR–workload line to estimate VO2max — no max effort needed.
Test Order & Sequencing Principles
Run multiple tests in one session from least to most fatiguing — resting measures, then non-fatiguing skill/power tests, then strength, then endurance/cardio — so earlier tests don't contaminate later ones.
Timed Up-and-Go (TUG) Test
Time someone rising from a chair, walking 3 m, turning, returning, and sitting; longer times indicate impaired mobility and higher fall risk in older adults.
Vertical Jump Test
Measure how high you can jump from a standstill; jump height (and equations from it) estimate lower-body explosive power.
The Program-Design Process
A repeatable seven-step pipeline — needs analysis → goal → assessment → exercise selection → acute variables → progression → monitoring — that turns any goal into a concrete, adjustable plan.
What to Log for Strength Training
For every resistance set, capture the exercise, the load, reps completed, and effort — these four fields make a strength log analyzable.