πŸ“‹ Life Athlete Scoreβ„’ β€” Test Protocol Guide
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🎬
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Instructional Video Guide
Step-by-step video demonstrations for every test are in production. Each movement, protocol and scoring standard will be shown on-screen so there's zero ambiguity before you test.
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1

Movement Screen

10 Points Max
πŸ”„
Hip Hinge Pattern
Up to 4 points
No equipment
Ability to load the posterior chain β€” hips, glutes, and hamstrings β€” while maintaining a neutral spine. The cornerstone of back health and athletic longevity.
  1. Stand with feet hip-width apart, arms at sides.
  2. Push hips backward, hinging at the hip crease β€” not squatting down.
  3. Lower hands toward mid-shin, keeping back flat and knees soft.
  4. Drive hips forward to return to standing.
  5. Perform 3 reps. Self-assess using a mirror or phone recording.
ScoreCriteria
4Flat back, hands reach mid-shin, full hip extension at top, knees track over toes
3Mostly flat back, minor rounding in upper thoracic, adequate hip hinge pattern
2Moderate back rounding, some hinge pattern present but compensated
1Significant spine flexion, cannot maintain neutral, pattern is a squat-hinge hybrid
πŸ’‘

Common error: Squatting instead of hinging. Think "push hips back to the wall behind you" β€” not "bend knees."

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Squat Pattern
Up to 4 points
No equipment
Lower body mobility, knee tracking, and hip mobility. The squat reveals ankle mobility, hip flexion depth, and thoracic control simultaneously.
  1. Stand with feet shoulder-width apart, toes turned out 15–30Β°.
  2. Arms extended forward at shoulder height for counterbalance.
  3. Squat as deep as possible while keeping heels on the floor.
  4. Hold bottom position for 2 seconds, return to standing.
  5. Perform 3 reps. Film from the front and side if possible.
ScoreCriteria
4Hip crease below knees, heels flat, knees track toes, upright torso, symmetrical
3Parallel depth, minor heel rise OR slight forward lean β€” not both
2Above parallel, heels rise or knees cave, compensated pattern
1Cannot reach quarter-depth, significant pain or instability
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Ankle test first: If heels rise, try with 5kg plates under heels. If depth immediately improves, ankle dorsiflexion is the limiter β€” not hip mobility.

πŸ™Œ
Overhead Press Pattern
Up to 4 points
Dowel or broom handle
Shoulder mobility, thoracic extension, and scapular control. Overhead capacity is closely linked to rotator cuff longevity and neck health.
  1. Stand tall, feet hip-width, dowel held overhead with hands just outside shoulder width.
  2. Press the dowel directly overhead, biceps by ears, elbows locked.
  3. Hold for 2 seconds without arching the lower back.
  4. Perform 3 reps. Assess from the side.
ScoreCriteria
4Arms straight overhead, biceps by ears, no lower back arch, ribs down
3Arms mostly vertical, mild forward lean OR minor rib flare β€” not both
2Arms cannot reach vertical, significant back arch or forward lean to compensate
1Cannot lock elbows overhead, pain in shoulder or neck, severe compensation
2

Strength Tests

20 Points Max
🦡
Leg Press (1RM)
Up to 4 points Β· Relative to bodyweight
Leg press machine
  1. Warm up: 2 sets of 10 at 50% and 70% of estimated max.
  2. Set feet shoulder-width on platform, mid-height.
  3. Lower plate until knees reach 90Β°. Full controlled press to lockout.
  4. Add weight each set, resting 2–3 min between attempts.
  5. Record the maximum weight successfully pressed for 1 clean rep.
  6. Calculate ratio: 1RM Γ· bodyweight
ScoreRatio (1RM / BW)
4β‰₯ 2.3Γ—
31.7 – 2.29Γ—
21.2 – 1.69Γ—
1< 1.2Γ—
ScoreRatio (1RM / BW)
4β‰₯ 1.8Γ—
31.3 – 1.79Γ—
20.9 – 1.29Γ—
1< 0.9Γ—
πŸ’‘

No 1RM attempt? Use the Epley formula: weight Γ— (1 + reps/30). E.g., 120kg Γ— 5 reps = 120 Γ— 1.167 = 140kg estimated 1RM.

πŸ‹οΈ
Farmer Carry (per hand)
Up to 4 points Β· Relative to bodyweight
Dumbbells or kettlebells
  1. Stand tall, holding a dumbbell or kettlebell in each hand.
  2. Walk 20m (or 10m and back) at a controlled, brisk pace.
  3. No shrugging, side-bend, or torso lean permitted.
  4. Record the maximum weight per hand you can carry for the full 20m.
  5. Calculate ratio: weight per hand Γ· bodyweight
ScoreRatio (each hand / BW)
4β‰₯ 0.75Γ—
30.55 – 0.74Γ—
20.35 – 0.54Γ—
1< 0.35Γ—
ScoreRatio (each hand / BW)
4β‰₯ 0.55Γ—
30.40 – 0.54Γ—
20.25 – 0.39Γ—
1< 0.25Γ—
πŸ’ͺ
Machine Chest Press (1RM)
Up to 4 points Β· Relative to bodyweight
Chest press machine
  1. Adjust seat so handles align with mid-chest.
  2. Warm up: 2 sets of 10 at lighter loads.
  3. Press to full extension, controlled return β€” no bouncing off chest pad.
  4. Work up to 1RM over 3–5 sets with 2 min rest between attempts.
  5. Calculate ratio: 1RM Γ· bodyweight
ScoreRatio (1RM / BW)
4β‰₯ 1.4Γ—
31.0 – 1.39Γ—
20.65 – 0.99Γ—
1< 0.65Γ—
ScoreRatio (1RM / BW)
4β‰₯ 0.9Γ—
30.65 – 0.89Γ—
20.40 – 0.64Γ—
1< 0.40Γ—
⚠️

Weak-link cap: The strength score is capped at 12/20 if any single test scores 1/4. One catastrophic weakness limits the total score regardless of the others.

3

Stability Tests

15 Points Max
⏱️
Forearm Plank Hold
Up to 4 points Β· Timed
Timer Β· Exercise mat
  1. Forearms on ground, elbows under shoulders. Toes on the floor.
  2. Body forms a straight line from heels to crown of head.
  3. Hips must not sag OR rise. Neutral spine throughout.
  4. Hold until form breaks or you voluntarily stop. Record time in seconds.
ScoreMalesFemales
4β‰₯ 120 secβ‰₯ 90 sec
390 – 119 sec60 – 89 sec
260 – 89 sec45 – 59 sec
1< 60 sec< 45 sec
⚠️

Breakdown cap: If plank score is 1/4 (<60s male / <45s female), the total stability score is capped at 8/15. Core endurance is the minimum viable standard.

πŸ‘
Shoulder Taps (60 sec)
Up to 4 points Β· Counter
Timer Β· Exercise mat
  1. Start in a high plank (hands on ground, arms straight).
  2. Tap the left shoulder with the right hand, return. Tap the right shoulder with the left hand. That is 1 rep.
  3. Feet may be shoulder-width for stability β€” narrower = harder.
  4. Hips must stay level throughout. No rotation allowed.
  5. Count total shoulder taps in 60 seconds.
ScoreTaps in 60s (both sexes)
4β‰₯ 40
328 – 39
216 – 27
1< 16
🦢
Single-Leg Balance (Eyes Closed)
Up to 4 points Β· Per leg average
Timer Β· Flat floor
  1. Stand on one foot, free leg bent at 90Β°, arms folded across chest.
  2. Close eyes. Start timer.
  3. Stop when the raised foot touches the ground or arms unfold.
  4. Test both legs, 2 attempts each. Use the best attempt per leg.
  5. Score is based on the average of both legs.
ScoreAverage Hold Time
4β‰₯ 25 sec
315 – 24 sec
28 – 14 sec
1< 8 sec
πŸ’‘

Note significant asymmetry: If one leg scores 2 levels above the other, this is a red flag for injury risk and should be prioritised in training.

4

Cardio Tests

15 Points Max
πŸƒ
Cooper 12-Minute Run
70% of cardio score
400m track or GPS watch
Aerobic base and estimated VOβ‚‚ max. The Cooper test has the highest correlation with laboratory VOβ‚‚ max of any field test. Formula: VOβ‚‚ max β‰ˆ (distance in metres – 504.9) / 44.73
  1. Use a 400m track or a flat GPS-measured course.
  2. Warm up: 5 min easy jog + dynamic stretching.
  3. Run as far as possible in exactly 12 minutes. All-out effort.
  4. Record the total distance in metres at the 12-minute mark.
  5. Enter your distance into the score calculator.
VOβ‚‚ Max Est.Distance (m)Standard
β‰₯ 55β‰₯ 2960mExcellent
48 – 542650 – 2959mGood
40 – 472280 – 2649mAverage
< 40< 2280mBelow avg
⚠️

Do this test fresh: At least 48 hours after lower body or high-intensity training. Fatigue significantly affects output and skews VOβ‚‚ max estimates.

🚴
Air Bike β€” 10 Cal Max Sprint
30% of cardio score
Assault Bike / Echo Bike
Anaerobic power output and sprint capacity. The air bike is the gold standard for maximal power testing due to its full-body, non-impact nature.
  1. Set resistance to max (or use a standard Echo/Assault Bike).
  2. Warm up: 3 min easy cycling + 2 Γ— 10-second accelerations.
  3. From a complete stop, sprint for maximum calories in exactly 30 seconds.
  4. Record total calories at the 30-second mark.
ScoreCalories in 30 sec
4β‰₯ 30 cal
322 – 29 cal
214 – 21 cal
1< 14 cal
ScoreCalories in 30 sec
4β‰₯ 22 cal
316 – 21 cal
210 – 15 cal
1< 10 cal
5

DEXA Body Composition Scan

25 Points (Optional)
🧬
DEXA Scan β€” Full Body Composition
Structural Layer Β· 4 components scored
Medical facility or radiology clinic
DEXA (Dual Energy X-ray Absorptiometry) reveals what your body is made of β€” beyond what any performance test can show. It measures body fat %, visceral fat, lean mass, and bone density simultaneously. Combined with performance and blood testing, this creates the most complete longevity picture available.
  1. Search "DEXA scan [your city]" β€” available at radiology clinics, sports medicine facilities, and some gyms.
  2. Cost: typically $50–$150 AUD / $40–$100 USD. Not usually covered by standard health insurance.
  3. Fasting: Not required, but avoid a large meal 2 hours before.
  4. Hydration: Be normally hydrated β€” not over or under.
  5. The scan takes 10–20 minutes. You lie still on a table while a low-radiation arm passes over your body.
  6. Request a full-body report showing: body fat %, visceral fat (kg or category), lean mass (kg), and T-score.
Primary structural metric. We use strict performance-optimised targets β€” not population averages. The difference between "normal" and optimal is significant.
ScoreMales β€” Body Fat %Females β€” Body Fat %
4 Β· Perform8–12%18–24%
3 Β· Build12–16%24–30%
2 Β· Base16–22%30–36%
1 Β· Rebuild> 22%> 36%
Peter Attia's #1 body composition priority. Visceral fat (fat surrounding organs) is metabolically dangerous β€” far more so than subcutaneous fat. This is the most important single measurement in body composition.
ScoreIf numeric (kg)If category shown
4 Β· Elite< 1.0 kgVery Low
3 Β· Good1.0–1.99 kgLow
2 Β· Caution2.0–2.99 kgModerate
1 Β· High Riskβ‰₯ 3.0 kgHigh
⚠️

Override rule: If visceral fat = HIGH (score 1/4), your total Life Athlete Score is capped at ≀70 regardless of all other results. This is intentional β€” visceral fat is a systemic health emergency that overrides performance.

Muscle mass relative to height β€” the most honest measure of muscularity. LMI = lean mass (kg) Γ· heightΒ² (mΒ²). Muscle is your metabolic engine, insulin sink, and ageing insurance.
ScoreMales β€” LMIFemales β€” LMI
4 Β· Performβ‰₯ 22β‰₯ 18
3 Β· Build20–21.916–17.9
2 Β· Base18–19.914–15.9
1 Β· Rebuild< 18< 14
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Skinny Fat detection: If body fat % is acceptable but LMI is low (scores 1–2), the system flags a "hidden risk profile." This is a high-risk body composition pattern for long-term metabolic and functional decline.

T-score compares your bone density to a young healthy adult reference. Bone density is rarely measured by trainers β€” yet it's one of the most important longevity indicators. We are building a skeleton that lasts 90+ years.
ScoreT-ScoreClinical Classification
4 Β· Perform> 0Above average density
3 Β· Build0 to -1.0Normal range
2 Β· Base-1.0 to -2.0Osteopenia
1 Β· Rebuild< -2.0Osteoporosis
πŸ“Š

DEXA score formula: Each component scored 1–4 β†’ weighted (BF% 40%, VF 30%, LMI 20%, BMD 10%) β†’ normalised β†’ scaled to /25.

6

Blood Markers

35 Points (Optional)
🩸
Comprehensive Blood Panel
Medicine 3.0 Approach
GP or private lab Β· Fasted 10–12 hrs
Ask for a fasting blood draw. Request the following markers specifically β€” a standard full blood count alone is insufficient.
MarkerOptimal Range
Lipids
LDL-C< 2.5 mmol/L (100 mg/dL)
HDL-CM: > 1.0 | F: > 1.3 mmol/L
Triglycerides< 1.1 mmol/L (100 mg/dL)
ApoB< 0.9 g/L
Blood Pressure
Systolic< 120 mmHg
Diastolic< 80 mmHg
MarkerOptimal Range
Fasting Glucose3.9 – 5.0 mmol/L (70 – 90 mg/dL)
HbA1c< 5.3% (34 mmol/mol)
Fasting Insulin< 40 pmol/L (5.5 mU/L)
HOMA-IR< 1.0
MarkerOptimal Range
hsCRP< 0.5 mg/L
IL-6< 1.8 pg/mL (optional)
MarkerOptimal Range
ALT< 25 U/L (M) / < 19 U/L (F)
GGT< 25 U/L
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Optimal vs. "normal": Lab reference ranges reflect average population values. The ranges above are performance-optimised targets based on the Medicine 3.0 framework β€” significantly tighter than standard lab normals.

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