Get Up And Go Test Scoring

Ever walked into a clinic and heard the nurse say, “We’re going to do the Get‑Up‑and‑Go test”?
So naturally, you probably imagined someone standing up, walking a few steps, and sitting back down—nothing fancy. But the numbers that come out of that quick routine can tell you a lot about balance, fall risk, and even early dementia.

This changes depending on context. Keep that in mind And that's really what it comes down to..

If you’ve ever wondered what those scores really mean, why therapists care so much, or how to interpret the results for yourself or a loved one, you’re in the right place. Let’s break it down, step by step, and keep the jargon to a minimum Simple as that..

What Is the Get‑Up‑and‑Go Test

The Get‑Up‑and‑Go (sometimes called the Timed Get‑Up‑and‑Go) is a simple, bedside assessment of mobility.
You sit in a standard arm‑chair, stand up, walk three meters (about ten feet), turn around, walk back, and sit down again.
The whole thing is timed—usually with a stopwatch or a phone timer.

That’s it. No fancy equipment, no special shoes, just a chair, a clear path, and a watch.
Clinicians use it because it captures three things at once: strength, balance, and gait speed.

The Classic vs. the Modified Version

• Classic (TUG) – The original test includes a turn at the 3‑meter mark.
• Modified (TUG‑c) – Some versions add a cognitive task, like counting backwards, to see how multitasking affects mobility.

Both give you a single number: the time in seconds it took to complete the sequence. That number is the “score.”

Why It Matters / Why People Care

Think about the last time you tripped on a curb or watched an elderly neighbor wobble on a sidewalk.
Falls are the leading cause of injury for adults over 65, and they’re often preventable if you spot the warning signs early.

Most guides skip this. Don't.

A longer Get‑Up‑and‑Go time usually means:

• Higher fall risk – Studies link >13.5 seconds with a markedly increased chance of a fall in the next year.
• Reduced functional independence – Slower times often correlate with difficulty performing daily tasks like getting out of bed or reaching the bathroom.
• Possible cognitive decline – When the test includes a mental distraction, a big slowdown can hint at early dementia or Parkinson’s.

In practice, the test helps physical therapists, geriatricians, and even primary‑care doctors decide whether a patient needs balance training, a home‑hazard assessment, or a referral to a specialist Most people skip this — try not to. Took long enough..

How It Works (or How to Do It)

Below is the step‑by‑step rundown most clinicians follow, plus the nitty‑gritty of scoring.

1. Prepare the Space

• Clear a 3‑meter (10‑foot) path from the front of a sturdy chair.
• Use a chair with armrests at a standard height (about 45 cm or 18 in).
• Place a stopwatch within arm’s reach; a phone timer works fine.

2. Position the Participant

• Ask the person to sit in the middle of the seat, back straight, feet flat on the floor, and arms resting on the armrests.
• Make sure they’re wearing their usual shoes—no slippers or high heels unless that’s their everyday footwear.

3. Explain the Task

• “When I say ‘go,’ stand up, walk to the line, turn, walk back, and sit down. I’ll start the timer as soon as you’re ready, and stop it when you’re seated again.”
• If you’re doing the modified version, add the cognitive cue: “While you walk, count backwards from 100 by threes.”

4. Perform the Test

• Start the timer the moment the participant says “ready.”
• Observe: Are they using the armrests? Do they shuffle? Is the turn smooth?
• Stop the timer the instant they’re fully seated again.

5. Record the Time

• Write down the seconds to the nearest tenth (e.g., 9.3 s).
• Note any observations: “Needed two pushes from armrest,” “stumbled on turn,” “lost count during dual task.”

6. Interpret the Score

Here’s a quick reference most clinicians keep on the wall:

Remember, these cut‑offs are guidelines, not hard rules. Age, comorbidities, and the presence of a cognitive task can shift the thresholds.

7. Follow‑Up Actions

• If > 13.5 s: Recommend a comprehensive balance program, home safety evaluation, and possibly a referral to a neurologist if cognition is a concern.
• If 10‑13.5 s: Suggest regular strength and gait training, maybe a community exercise class.
• If < 8 s: Keep encouraging activity; no immediate red flags.

Common Mistakes / What Most People Get Wrong

Even though the test looks straightforward, a lot of folks botch it in subtle ways.

1. Using the wrong chair – A too‑low seat adds extra hip flexion, inflating the time.
2. Starting the timer too early or too late – A half‑second off can push a borderline score into a different risk category.
3. Allowing the participant to use the legs of the chair – Some people swing a foot under the seat; that’s cheating.
4. Ignoring the turn – The 180‑degree pivot is where many falls happen. Skipping it (or turning too early) skews the result.
5. Not standardizing footwear – Barefoot or sandal wear changes gait speed dramatically.

And here’s a sneaky one: Failing to note assistive devices. If a person uses a walker, you must record that; the raw time alone won’t tell the whole story.

Practical Tips / What Actually Works

Got the basics down? Here's the thing — great. Now let’s make the test reliable and useful in real life.

• Standardize the environment. Keep the same chair, same floor surface, and same lighting each time you repeat the test. Consistency beats perfection.
• Practice the verbal cue. Say “Ready? Go!” the same way every session. It reduces anxiety and timing variance.
• Video it once. A quick phone recording lets you review the turn and posture later—handy for teaching patients proper technique.
• Add a safety net. Stand close enough to catch a fall, but don’t “help” unless they’re actually about to tumble. Over‑assistance masks true ability.
• Use the dual‑task version wisely. It’s great for spotting early cognitive decline, but only use it if you have a baseline single‑task score for comparison.
• Track trends, not single scores. One bad day (maybe a sore knee) can inflate the time. Look at the pattern over three or more sessions.

FAQ

Q: How many times should I repeat the test?
A: Usually twice, with a short rest in between, then take the faster of the two. Repeating more than three times can cause fatigue and distort the result Less friction, more output..

Q: Is the Get‑Up‑and‑Go test valid for children?
A: It’s primarily designed for adults, especially older adults. For kids, clinicians prefer the Pediatric Balance Scale or the 6‑Minute Walk Test.

Q: Can I use a smartphone app instead of a stopwatch?
A: Absolutely. Many apps have a built‑in timer and even automatically calculate the score. Just make sure the app’s start/stop button is easy to hit without looking.

Q: What if the person uses a cane?
A: Record the time with the cane and note the assistive device. The cane will usually add a second or two, but it’s still a valid measure of functional mobility.

Q: Does a faster time always mean better health?
A: Not necessarily. Someone might sprint the test but have poor endurance for longer walks. Combine the Get‑Up‑and‑Go with other assessments (e.g., 10‑Meter Walk Test) for a fuller picture.

Wrapping It Up

The Get‑Up‑and‑Go test may look like a quick hallway sprint, but the seconds it records are a window into balance, strength, and even brain health. By standardizing the setup, watching for common pitfalls, and interpreting the score in context, you can turn that simple timing into a powerful tool for fall prevention and functional assessment.

So next time you hear “Let’s do the Get‑Up‑and‑Go,” you’ll know exactly what to watch for—and how that handful of seconds could change a care plan, a therapy routine, or even a life. Stay safe, stay moving, and remember: sometimes the smallest tests give the biggest clues That's the part that actually makes a difference..