When people think about healthy aging, they often focus on diet, supplements, or cardiovascular health.

But according to emerging research, one surprisingly simple movement test may provide meaningful insight into overall physical function—and potentially long-term health outcomes.

Known as the sit-to-stand test (sometimes called the sit-rising test), this quick assessment measures how easily you can move from standing to sitting on the floor and back up again.

No equipment. No gym membership. Just strength, balance, mobility, and coordination working together.

What Is the Sit-to-Stand Test?

The sit-to-stand test evaluates several important aspects of physical health at once, including:

• Lower-body strength
• Flexibility
• Balance
• Mobility
• Coordination
• Functional fitness

The test itself is simple.

Starting from a standing position, lower yourself to a seated cross-legged position on the floor, then stand back up again while using as little assistance as possible.

Traditionally, points are deducted if support is needed from the hands, knees, forearms, or legs.

While this movement may seem basic, researchers believe it can reflect how efficiently the body performs everyday tasks.

How to Try the Sit-to-Stand Test at Home

Before trying this test, choose an open area free of obstacles and wear comfortable clothing.

Then:

1. Begin standing upright.
2. Slowly lower yourself into a seated cross-legged position on the floor.
3. Stand back up while trying to minimize support.
4. Use your arms only for balance—not to push yourself upward if possible.

Safety matters.

If you have balance concerns, joint pain, mobility limitations, recent surgery, or difficulty getting off the floor, consider having another person nearby or speaking with a healthcare professional before attempting the movement.

Why Researchers Are Interested in This Test

Scientists first drew attention to the sit-to-stand test after studying adults across a wide age range and tracking health outcomes over several years.

Researchers found that stronger performance on the test was associated with better long-term outcomes.

Additional studies have continued exploring connections between sit-to-stand performance and markers associated with healthy aging.

Researchers believe this may be because the test reflects multiple systems working together—including muscular strength, flexibility, movement efficiency, and overall physical resilience.

Importantly, the test is not designed to predict an individual’s lifespan.

Instead, it may offer a simple snapshot of current physical function.

How the Test Is Typically Scored

Traditional scoring starts with 10 possible points:

• Five points for lowering to the floor
• Five points for returning to standing

Points may be reduced for:

• Using a hand for support
• Using a knee for support
• Using the forearm
• Pressing against the thigh
• Leaning heavily through the side of the leg
• Noticeable instability during movement

Higher scores generally reflect greater ease of movement and functional independence.

Ways to Support Your Mobility and Strength

If this movement feels difficult today, that doesn’t mean you’re aging poorly.

Movement skills can improve.

Activities that support mobility and functional strength may include:

• Walking regularly
• Resistance training
• Gentle stretching
• Bodyweight squats
• Hip mobility exercises
• Lunges and split squats
• Balance-focused movement practice

Experts generally recommend combining cardiovascular activity with strength training throughout the week to support healthy aging.

The Bottom Line

Healthy aging involves more than a number on a scale or a birthday.

The sit-to-stand test has gained attention because it combines strength, flexibility, coordination, and balance into one simple movement.

While it isn’t a crystal ball for longevity, it may offer useful insight into functional fitness—and remind us that maintaining movement is one of the most valuable investments we can make in long-term health.

This article is for educational purposes only and is not intended to diagnose, treat, cure, or prevent any disease.