4 Stage Balance Test

Learn about the 4 Stage Balance Test and use our template when assessing the fall risk of older adults and patients with neurological conditions!

By Ericka Pingol on Mar 02, 2025.

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Fact Checked by Karina Jimenea.

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What is the 4-Stage Balance Test?

As individuals age, their balance and stability can decline due to various factors such as muscle weakness, reduced proprioception, and slower reaction times. This decline increases the risk of falls, leading to serious injuries, decreased mobility, and a reduced quality of life.

The four-stage balance test or 4-Stage Balance Test is a simple clinical assessment used to evaluate a person's static balance and assess their risk of falls. It consists of four progressively more challenging stances, each held for 10 seconds. The test is often used in older adults or individuals at risk of falls, such as those with neurological conditions or balance impairments.

This balance test specifically assesses a person's static balance, and they will do so through four simple positions. However, given the target population of the test, these positions become more difficult as they progress through the test.

This test is not limited to older adults. Health care providers can also use this on patients who have neurological conditions that have negatively impacted their balance or young people who are dealing with balance issues as a result of injuries.

How does our 4-Stage Balance Test work template

Carepatron has created a free template to simplify your 4-Stage-Balance Test documentation. Follow these steps to get started:

Step 1: Download the resource

Get a copy of the template by clicking the "Use template" button, allowing you to modify the content via the Carepatron app. For a PDF copy, click " Download."

Step 2: Demonstrate and guide the patient

Begin by explaining the purpose of the 4-Stage Balance Test, emphasizing that it assesses static balance through a series of standing positions that become progressively more challenging. Ensure the patient understands that the goal is to maintain each correct position for 10 seconds without using an assistive device like a cane or walker.

Step 3: Assist the patient into the correct position

Stand beside the patient, hold their arm, and guide them into the correct position for each stage. Once they are steady, let go and start timing. Encourage them to use their arms or body for balance adjustments but to avoid moving their feet.

Step 4: Progress through the stages

If the patient successfully holds the position for 10 seconds, move on to the next position. If they cannot maintain their stance, stop the test and document their performance.

Step 5: Assess balance and document results

Evaluate the patient’s ability to complete the four stages. They likely have good static balance if they can hold all positions without support. It may indicate a moderate to high fall risk if they struggle with the semi-tandem or tandem stance. In such cases, further assessment of dynamic balance may be necessary.

Interpreting the results

The results provide valuable insight into their fall risk and the need for further intervention. Proper interpretation of the test ensures that appropriate preventative measures can be implemented to reduce the likelihood of falls and improve overall stability.

Successful completion of all four stages

If the patient can maintain all four positions for 10 seconds without moving their feet or requiring support, they have good static balance and a low risk of falling. This indicates that their postural control is adequate for everyday activities, and no immediate interventions are necessary. However, regular balance assessments can still be beneficial, particularly for older adults or individuals at risk due to medical conditions.

Failure to maintain the semi-tandem or single-leg stance

Struggling with the semi-tandem stance, where one foot is slightly ahead of the other, may indicate moderate fall risk. If the patient cannot sustain the single-leg stance, it suggests impaired unilateral balance control, essential for activities like walking and stair climbing. These difficulties highlight the need for further evaluation and targeted interventions, such as physical therapy, balance exercises, or home safety modifications.

Inability to hold the tandem stance for 10 seconds

Failing to maintain the tandem stance, where one foot is directly in front of the other, is a key indicator of increased fall risk. The inability to hold this position suggests reduced postural stability and may require fall prevention strategies. Balance training, strength exercises, and lifestyle modifications can help improve stability and minimize the likelihood of falls.

When is the 4-Stage Balance Test normally conducted?

Here are some scenarios where this test can be beneficial:

During clinical consultations/check-ups

The 4-Stage Balance Test is best conducted when a patient presents for a consultation to discuss balance issues due to aging, injuries, or a neurological condition. Since this balancing test can screen individuals for increased risk of falls, healthcare providers can discuss its purpose. Providers can begin conducting it to assess balance if the patient consents.

During house calls

Some older adults you'll handle might have limited physical activity because of prior injuries or a neurological condition, so they might be unable to attend clinical check-ups. For such patients, your arrangements might be to visit them in their homes for house calls and have them take the 4-Stage Balance Test in their abodes so they don't have to expend energy to make the trip to your clinic or hospital.

In rehabilitation settings

Healthcare professionals can conduct this assessment in rehabilitation settings. Suppose a patient's increased fall risk is due to injuries they've sustained because of multiple falls, some other kind of accident, or because of a neurological condition that has weakened their limbs. In that case, this test can be conducted occasionally to check if the patient is regaining strength and if their results are faring better than the last. In short, this test can be used to monitor patients to assess recovery progress and determine if the treatment and rehabilitation plans implemented are working.

What are the next steps after accomplishing the 4-Stage Balance Test?

If the patient can accomplish all four stages, that's great! However, to be on the safe side, it would be prudent to conduct other balance assessments for consistency. Some examples of balanced assessments that you can conduct include the following:

If the patient cannot complete the test, it would be best to refer them to undergo physical therapy or occupational therapy so they can take gait and balance exercises to help improve their balancing capabilities and lower the risk of falling.

What is a 4-Stage Balance Test?
What is a 4-Stage Balance Test?

Commonly asked questions

What is a 4-Stage Balance Test?

The 4-Stage Balance Test is a clinical assessment health care providers use to evaluate a person's static balance and fall risk. It involves four progressively challenging standing positions that test the ability to maintain balance without using an assistive device. The test stops if a patient cannot hold a position for 10 seconds, indicating potential balance deficits.

What is the 4-step test?

The 4-step test, also known as the 4-Stage Balance Test, is a standardized assessment used to identify balance impairments and fall risk in individuals. Patients are guided through four correct positions, each requiring them to stand steadily for 10 seconds. Failing to complete any stage suggests a need for further dynamic balance evaluation.

How is the balance test done?

The balance test is performed by having the patient stand in four different positions, starting from feet side-by-side to a tandem stance and finally standing on one foot. The examiner provides initial support to help the patient assume the correct position, then releases and times the patient's ability to maintain it for 10 seconds. If the patient struggles with a position, the test stops, and the patient's results help determine their risk of falling.

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