The sitting-rising test: Can getting up from the floor predict how long you'll live?

What if a 10-second movement could reveal more about your lifespan than a blood test? In 2012, Brazilian physician Claudio Gil Araújo published a study that stunned the medical world: middle-aged and older adults who couldn’t sit down on the floor and rise back up without support were five to six times more likely to die within the next six years than those who could do it effortlessly.

The test is deceptively simple. No lab work, no equipment, no doctor’s office. Just you, the floor, and gravity. Yet the sitting-rising test (SRT) captures something that few single assessments can — a real-time snapshot of your muscular strength, flexibility, balance, coordination, and body composition all at once.

If you’ve ever wondered whether your body is aging faster or slower than your birth certificate suggests, this one movement might be the most honest answer you’ll get.

What you’ll learn:

• How to perform the sitting-rising test correctly and score yourself
• What the research says about SRT scores and mortality risk
• Age-based reference values so you know where you stand
• Proven strategies to improve your score and slow functional decline

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What is the sitting-rising test?

The sitting-rising test (SRT) is a simple clinical assessment that measures your ability to sit down on the floor and stand back up with minimal support. Developed in the 1990s by exercise physiologist Dr. Claudio Gil Araújo at the Clinimex Exercise Medicine Clinic in Rio de Janeiro, it was originally designed as a quick way to evaluate musculoskeletal fitness in athletes.

Quick definition: The sitting-rising test is a 10-point scoring system that measures how easily you can lower yourself to the floor and rise back to standing — each point of support used (hand, knee, forearm) costs one point, and each wobble costs half a point.

What makes the SRT unique is its compound nature. Unlike a grip strength test (which isolates one metric) or a single-leg balance test (which focuses on balance), the SRT simultaneously demands:

• Lower-body strength — quadriceps, glutes, and hip extensors
• Flexibility — hip, knee, and ankle range of motion
• Balance and coordination — postural control during transitions
• Power-to-body-weight ratio — relative strength matters more than absolute

This is precisely why it predicts mortality so powerfully: it captures multiple dimensions of physical function in a single movement.

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How to perform the test: Step-by-step protocol

What you need

• A firm, non-slip surface (not carpet or a bed)
• Comfortable clothing that doesn’t restrict movement
• Bare feet (shoes can provide false stability)
• Optionally, a spotter nearby for safety

The test

Step 1 — Sit down. From a standing position, lower yourself to a cross-legged seated position on the floor. Try to use as little support as possible — avoid bracing your hands on the ground, your knees, or your thighs.

Step 2 — Stand up. From the seated position, rise back to standing. Again, minimize the use of any supports.

Step 3 — Score yourself. Use the scoring system below.

Scoring system

You start with 5 points for sitting down and 5 points for standing up, for a maximum of 10 points.

Deduction	Trigger
−1 point	Each time you use a hand, forearm, knee, or side of leg for support
−0.5 points	Each noticeable loss of balance or wobble

Score examples:

• Sit down smoothly, stand up smoothly = 10/10
• Use one hand to push off the floor when rising = 9/10
• Use a hand to lower down + a knee and hand to rise = 7/10
• Need both hands and a knee for both movements = 4/10

Important notes

• Move at your own pace — speed doesn’t affect the score
• Don’t attempt this test if you have acute joint pain, recent surgery, or a condition affecting balance
• If you feel unsafe, stop immediately — the test is not worth an injury
• You can practice 2-3 attempts and take your best score

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What the research says: SRT scores and mortality

The landmark 2012 study

The original study that put the SRT on the map followed 2,002 adults aged 51 to 80 for an average of 6.3 years. Published in the European Journal of Preventive Cardiology, the findings were striking:

• Each 1-point increase in SRT score was associated with a 21% improvement in survival
• Adults scoring 0 to 3 had a 5 to 6 times higher risk of death compared to those scoring 8 to 10
• The association held even after adjusting for age, sex, and body mass index

The 2024 follow-up study

A larger follow-up study published in the European Journal of Preventive Cardiology (2024) extended the evidence with longer follow-up:

• Adults with the lowest SRT scores had a 3.8-fold higher risk of death from natural causes
• The risk of cardiovascular death was 6 times higher in the lowest scorers
• The predictive power was consistent across both men and women

Why does a floor test predict death?

The SRT doesn’t predict mortality because of some magic property of floor-sitting. It predicts mortality because the same physical capacities that allow you to ace the test — strength, balance, flexibility, and healthy body composition — are the same capacities that protect you from:

• Falls — the leading cause of injury death in adults over 65
• Cardiovascular events — muscular fitness is independently linked to heart health
• Loss of independence — inability to perform daily activities accelerates decline
• Sarcopenia — age-related muscle loss that compounds year over year

In other words, the SRT is a proxy for your body’s overall functional reserve — how much capacity you have left before daily life becomes a struggle.

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Score chart: Reference values by age and sex

In 2020, de Brito et al. published sex- and age-reference SRT scores derived from 6,141 adults (European Journal of Preventive Cardiology). Here are the key findings:

Median scores by age group

Age group	Men (median)	Women (median)
16–25	10.0	10.0
26–35	9.5	9.5
36–45	8.5	9.0
46–55	7.5	7.5
56–65	6.0	6.0
66–75	4.5	4.0
76–80	3.0	2.5

How to interpret your score

Score range	Interpretation
8.5–10	Excellent — well above mortality risk threshold
6–8	Good — some room for improvement, low risk
4–5.5	Below average — prioritize strength, flexibility, balance training
0–3.5	Needs attention — significantly elevated mortality risk; consult a healthcare provider

Key patterns from the data

• Scores decline predictably from age 46 onward in both sexes
• Women maintain slightly higher scores than men in the 36–45 bracket (likely due to greater flexibility), but the gap reverses after 65
• Fewer than 8% of adults aged 55+ achieve a perfect 10
• The test is most discriminative (best at separating risk groups) between ages 46 and 80

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The SRT and biological age: What your score reveals

Your chronological age tells you when you were born. Your SRT score tells you how well your body is actually holding up.

Two 55-year-olds can have dramatically different SRT scores — one scoring 9 (functionally like someone in their 30s) and another scoring 4 (functionally like someone in their 70s). This gap is what researchers call the difference between chronological and biological age.

The SRT captures this biological age gap because it integrates multiple hallmarks of physical aging:

• Muscle power decline — begins around age 30 and accelerates after 50
• Flexibility loss — hip and ankle mobility decrease 20–30% by age 70
• Balance deterioration — postural sway increases with age, especially after 60
• Body composition changes — increased fat mass and decreased lean mass shift your power-to-weight ratio

Research on epigenetic clocks has shown that the same individuals who score poorly on functional fitness tests also tend to have accelerated biological aging at the molecular level. The SRT is, in a sense, an embodied epigenetic clock — a physical readout of how fast your body is aging.

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7 proven ways to improve your SRT score

The good news: your SRT score is modifiable. Every component it measures — strength, flexibility, balance, body composition — responds to targeted training at any age.

1. Practice the movement itself

Why it works: Motor pattern specificity matters. The sit-to-floor-to-stand transition is a skill, and like any skill, it improves with practice.

How to do it:

• Practice sitting down and standing up 3–5 times daily
• Start with supports (a chair nearby, hands allowed) and progressively reduce them
• Try different sitting positions: cross-legged, kneeling, side-sit

Expected results: Most people gain 1–2 points within 4–6 weeks of daily practice.

2. Build lower-body strength

Why it works: The rising phase demands significant quadriceps, glute, and hip extensor strength — the same muscles that prevent falls and support walking speed.

How to do it:

• Squats (bodyweight → goblet → barbell progression)
• Lunges and split squats
• Step-ups on a 12–18 in (30–45 cm) box
• Eccentric training — slow lowering builds strength faster in older adults

Expected results: Measurable strength gains within 6–8 weeks of consistent training (2–3x/week).

3. Improve hip and ankle flexibility

Why it works: Limited hip flexion and ankle dorsiflexion are the #1 reason people need their hands to get down and up. Without adequate range, the body can’t maintain a stable center of gravity.

How to do it:

• Deep squat holds (support yourself on a doorframe if needed) — hold 30–60 seconds
• Hip 90/90 stretches — 2 minutes per side
• Ankle dorsiflexion mobilizations — knee-to-wall stretch, 3 sets of 30 seconds
• Daily yoga or Pilates sessions targeting hip openers

Expected results: Significant flexibility gains within 4–8 weeks with daily practice.

4. Train your balance

Why it works: Each 0.5-point deduction for wobbling adds up. Better balance means smoother transitions and fewer deductions.

How to do it:

• Single-leg stance — aim for 30+ seconds per leg with eyes open, then eyes closed
• Tandem walking (heel-to-toe) — 20 steps forward and back
• Balance-specific exercises — Bosu ball, wobble board, or simply standing on one leg while brushing your teeth

Expected results: Balance improvements are rapid — most people see gains within 2–4 weeks.

5. Optimize body composition

Why it works: The SRT is fundamentally a power-to-weight challenge. Excess body fat increases the load your muscles must lift, while low lean body mass reduces the force you can produce.

How to do it:

• Prioritize protein intake — at least 0.7 g per pound (1.6 g/kg) of body weight daily
• Combine strength training with cardio for optimal body composition
• Address visceral fat specifically — it’s the most metabolically harmful type

Expected results: Body composition changes require 8–12 weeks of consistent effort but have the most durable impact on your score.

6. Don’t neglect core stability

Why it works: The transition from seated to standing requires significant core engagement to maintain an upright torso without using your hands for balance.

How to do it:

• Planks (front and side) — build to 60 seconds
• Dead bugs — 3 sets of 10 per side
• Turkish get-ups — the single best exercise for SRT-specific core strength
• Breathing exercises — diaphragmatic breathing improves core activation

If you include seated rotation, use the Russian twist form and safety guide to start heel-supported and avoid turning a stability drill into a momentum test.

Expected results: Core stability improvements translate to SRT gains within 4–6 weeks.

7. Test regularly and track progress

Why it works: What gets measured gets managed. Monthly SRT testing lets you identify which component (strength, flexibility, balance) is your limiting factor.

How to do it:

• Test yourself on the 1st of each month, same conditions
• Record your score and note which deductions occurred
• Adjust your training to target your weakest link
• Compare your score to the age-based reference values above

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How SuperAge helps you track functional fitness

The sitting-rising test is one data point — powerful, but incomplete. SuperAge helps you build the full picture by tracking the health metrics that underpin your SRT score:

Biological age monitoring

SuperAge calculates your biological age from Apple Watch and HealthKit data, giving you a single number that reflects your body’s true functional state — the same concept the SRT captures physically.

Key metrics that predict SRT performance

SuperAge tracks several metrics directly correlated with SRT scores:

• Heart rate variability (HRV) — higher HRV correlates with better neuromuscular function
• Resting heart rate — cardiovascular fitness supports recovery and physical capacity
• Walking steadiness — Apple Watch balance metrics overlap with SRT balance demands
• Double support time — gait stability reflects the same balance systems tested by the SRT

Progress tracking over time

As you work on the seven improvement strategies above, SuperAge shows whether your underlying health metrics are moving in the right direction — even before your next SRT test.

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Frequently asked questions

Is the sitting-rising test accurate for predicting longevity?

Yes — two large studies (2012 and 2024) have confirmed that SRT scores independently predict all-cause and cardiovascular mortality, even after controlling for age, sex, and BMI. Each 1-point increase is linked to a 21% improvement in survival. However, no single test should be your only health metric. Combine it with blood biomarkers, cardiovascular fitness, and regular health checkups.

What is a good score on the sitting-rising test?

A score of 8 or above is considered excellent for adults of any age. For adults over 50, a score of 6–8 is good, while anything below 4 warrants attention. Check the age-based reference table above to compare your score with the median for your age and sex.

Can I improve my sitting-rising test score?

Absolutely. The SRT tests trainable qualities: strength, flexibility, balance, and body composition. Most people can improve 1–3 points within 8–12 weeks by practicing the movement daily, strengthening their legs, improving hip flexibility, and training balance. Even adults in their 70s and 80s respond to targeted training.

How is the sitting-rising test different from the 30-second chair stand test?

The 30-second chair stand test measures how many times you can stand from a chair in 30 seconds — it primarily tests lower-body power and endurance. The SRT measures your ability to sit on and rise from the floor without support, which demands more flexibility, balance, and coordination. Both predict mortality, but the SRT captures a broader range of physical capacities.

Should older adults attempt the sitting-rising test?

Yes, with appropriate caution. Have a sturdy chair or person nearby for safety. If you have acute joint pain, recent hip or knee surgery, or severe balance issues, consult your healthcare provider first. The test is not a pass/fail — any score gives useful information about your functional reserve.

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Key takeaways

• The SRT predicts mortality: Scoring below 4 is associated with a 5–6x higher death risk compared to scoring 8–10
• It measures five things at once: Strength, flexibility, balance, coordination, and body composition
• Scores decline from age 46: But the decline is modifiable with targeted training
• Your SRT score reflects your biological age: Two people the same age can have dramatically different functional capacity
• Improvement is possible at any age: Daily practice plus strength, flexibility, and balance training can add 1–3 points in 8–12 weeks

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Start tracking your functional fitness today

Your SRT score is a wake-up call — or a reassurance. Either way, it’s only the beginning. The metrics that drive your score — cardiovascular fitness, balance, body composition, recovery — are exactly what SuperAge tracks daily through your Apple Watch.

Ready to see the full picture? Download SuperAge and start monitoring the health metrics that predict how well you’ll age — not just how long you’ll live.

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References

1. Araújo CG, et al. “Ability to sit and rise from the floor as a predictor of all-cause mortality.” European Journal of Preventive Cardiology, 2012. — Landmark study linking SRT scores to mortality in 2,002 adults.
2. de Brito LBB, et al. “Sitting–rising test scores predict natural and cardiovascular causes of deaths.” European Journal of Preventive Cardiology, 2024. — Extended follow-up confirming 3.8x natural death risk and 6x CV death risk.
3. de Brito LBB, et al. “Sitting–rising test: Sex- and age-reference scores derived from 6,141 adults.” European Journal of Preventive Cardiology, 2020. — Age- and sex-specific reference values.
4. Harvard Health Publishing. “What the sitting-rising test says about your health.” — Clinical interpretation of SRT results.

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Last updated: 2026-04-03. This article is regularly reviewed to ensure accuracy.