Fall risk assessment: how care organisations combine clinical review and objective movement measures

What does fall risk mean in practice?

When a patient has stumbled, lost confidence or recently fallen, the first question is what made that event more likely. A fall is an unexpected event in which a person comes to rest on the ground, floor or a lower level.

Fall risk describes the factors that can make a future fall more likely. Among older people, fall risk increases with impairments in balance, strength, gait, vision, cognition or mobility, and with medicines or health conditions that cause dizziness or low blood pressure.

A fall-risk picture also includes the person’s surroundings and circumstances. Medicines, health conditions, impaired vision, poor balance, unsafe walking surfaces and social conditions can interact with one another and with the physical environment.

Fall risk is not limited to older adults. Some people under 65 have increased risk, including people with conditions such as Parkinson’s disease or diabetes, so your organisation’s entry point should reflect clinical context as well as age.

Home and environmental review can lead to a specific action when the person is already at higher risk. A 2023 Cochrane review found a 38% reduction in fall rates after home hazard assessment and modification in higher-risk groups, with no demonstrated effect in unselected people.

For a care organisation, fall risk is therefore a changing clinical picture rather than a single score. Use the fall event, the person’s reported concerns, physical findings, medicines and environment to decide how much assessment is needed.

Which questions show that someone needs a fuller review?

The CDC STEADI algorithm asks three questions: does the person feel unsteady when standing or walking, worry about falling, or have fallen in the past year? A yes answer to any of these questions indicates risk in the CDC STEADI algorithm.

The CDC Stay Independent tool uses 12 questions, and a score of 4 or more indicates risk. If the score is less than 4, the algorithm still asks whether the person fell in the past year because that history changes the screening result.

For community-dwelling adults aged 65 and older, the CDC STEADI algorithm recommends screening every year and whenever the person presents with an acute fall. Your organisation can use the same trigger logic in its local pathway, subject to its own clinical governance.

A fall history needs more detail than a yes-or-no answer. If the person fell in the past year, record how many times the falls occurred and whether an injury resulted, then pass that history into the fuller assessment.

Screening answers identify who needs the next stage; they do not explain every contributing factor. For anyone screened as at risk, assess modifiable risk factors and the fall history before the team decides on care actions.

A repeatable screening workflow can use three handoff points: record the answers, confirm whether a previous fall occurred, and assign the fuller review when any answer or score indicates risk. That structure keeps screening separate from the clinical interpretation that follows.

For people who screen as not at risk, the CDC STEADI algorithm recommends providing fall-prevention education, assessing vitamin D intake, considering referral to a community exercise or fall-prevention program, and reassessing yearly or after an acute fall.

What should a clinical fall-risk review examine?

A clinical fall-risk review starts with medical history and medication use. The team can review medication use and the person’s perceived functional ability or fear of falling.

Vision, cognition and neurological function add context to movement findings. The review can also cover urinary incontinence, feet and footwear, visual acuity and comorbidities such as depression or osteoporosis.

Cardiovascular and postural information can explain why movement changes appear during a review. Record blood pressure, possible postural hypotension, heart rate and oxygen saturation when these checks form part of your clinical pathway.

Environmental assessment connects the clinical picture to daily activity. Review home or care-setting hazards, lighting, walking surfaces and footwear, while also considering the person’s medicines, mobility limitations and other conditions that can interact with those hazards.

Gait, strength and balance belong in the functional part of the review. Common assessments include the Timed Up and Go, the 30-Second Chair Stand and the 4-Stage Balance test, with the selected test matched to the person’s physical ability.

A useful organisational record links each finding to its source: reported concern, observed function, medicine or health factor, sensory issue, environmental hazard or cardiovascular sign. That format gives the next clinician a working picture instead of an isolated movement score.

How should teams interpret timed movement tests?

The Timed Up and Go measures a short functional sequence and needs no specialist equipment: the person rises from a chair, walks 3 metres, turns, walks back and sits down. It can be used in different care settings.

Timed Up and Go time gives one part of the result. Longer times are associated with greater fall risk, while the team also needs to observe how the person completes the sequence.

Timed Up and Go observation includes postural stability, gait, stride length and sway. A slow tentative pace, loss of balance, short strides, shuffling or en bloc turning may require further evaluation.

The 30-Second Chair Stand tests leg strength and endurance by counting full rises and sits during 30 seconds. A below-average score indicates fall risk, and the CDC tool provides reference scores by age and sex.

Test safety belongs in the procedure, not as an afterthought. Stay by the patient during the Timed Up and Go, and stand next to the patient during the 30-Second Chair Stand.

A timed test records performance under one defined task. Combine the time or count with observed movement, the person’s history and the wider clinical review before assigning a care response.

How can objective movement data track mobility over time?

Traditional fall-risk assessment combines screening questions with timed tests, which can vary between assessors. We add an objective layer to fall-risk assessment, allowing comparison of results across visits.

Our 3D Vision AI turns a short video into objective measures of mobility and function. The video-based session gives your team a recorded movement assessment that can sit beside the person’s history, observations and timed-test results.

CareCam allows care teams to track changes in mobility and function over time and compare objective measurements against normative ranges. That information can support a discussion about whether the person’s movement has changed between visits.

A repeatable movement measure is useful when your workflow asks the same question at more than one visit: what has changed in mobility or function since the last review? Record the date, care context and related clinical findings with each result.

Objective movement data answers a movement question; it does not replace a broader frailty assessment. NICE notes that the Timed Up and Go and other clinical balance and mobility tests do not assess frailty, which is generally determined through a range of indices within a clinical assessment.

Each layer contributes a different piece of the assessment.

How should assessment findings change care?

Assessment findings become useful when they connect to a defined care action. Reported fall history, poor gait, reduced strength, balance changes, medicine effects and environmental hazards can lead to different reviews within the same fall-risk pathway.

Hospitals and residential care settings need interventions tailored to health status, level of risk, care environment and staffing. Possible actions include medication review, supervised exercise, safer environments, staff practices and individualised assessment.

Exercise can be a defined response when the assessment identifies a suitable need. A Cochrane review found that exercise reduced the overall rate of falls by approximately 23% in trial populations.

Neurological conditions can change the level of attention a movement finding receives. A NICE evidence summary reports fall rates ranging from 43% to 70% among stroke survivors and from 35% to 90% among people with Parkinson’s disease.

Age also informs the scale of the workflow. The same NICE evidence summary reports that approximately 30% of people aged 65 and over fall each year, rising to approximately 50% among people aged 80 and over.

Match the response to the identified contributor: have a qualified clinician review medicines that may increase risk, arrange occupational therapy for home-safety assessment when hazards contribute, and consider physical therapy or an evidence-based exercise programme when poor gait, strength or balance is observed.

Follow-up movement data can show whether mobility and function have changed after care begins. Use that information as part of the next review, alongside symptoms, observed function, adherence, new falls and any change in the care environment.

When do findings require qualified clinical evaluation?

A comprehensive falls assessment and management pathway is warranted after a fall in the past year when frailty, injury, loss of consciousness, inability to get up independently or two or more falls are present. NICE recommends this approach within its England guidance.

Suspected spinal injury or hip fracture changes the immediate response. Do not move the person; obtain an urgent medical response and access to flat lifting equipment.

Head injury or an unwitnessed fall with no reliable account of head injury requires the organisation’s head-injury flow chart. Warning signs include vomiting, reduced consciousness, new confusion, head pain or altered neurological observations.

Loss of consciousness requires emergency treatment until symptoms have settled and the cause is known. Fainting can occasionally involve a serious disorder, including a heart condition.

The CDC Timed Up and Go instructions identify an older adult who takes 12 seconds or more to complete the test as at risk for falling. Treat that result as a trigger for the wider assessment, not as a complete explanation of the person’s risk.

Keep the escalation route visible to staff who respond to falls.

Define the assessment path your organisation can repeat

A repeatable fall-risk pathway starts with screening questions and fall history, moves into review of clinical and environmental factors, and uses functional tests to examine gait, strength and balance. The pathway works when each stage has a named owner and a documented handoff.

Objective movement assessment can occupy a defined place within that pathway: capture mobility and function, record the result with the visit context, compare it with earlier measurements and bring the change into the next care discussion. CareCam provides this objective layer from a short video.

For an immediate risk of falling, contact a qualified professional or the responsible authority promptly. Your workflow also needs a clear escalation point for repeated falls, injury, loss of consciousness, suspected fracture, head-injury signs or significant bleeding. A qualified professional decides individual suitability and interprets the combined findings.

Start by mapping who screens, who completes the clinical review, who performs movement testing, who records the findings and who receives an urgent escalation. Then decide whether objective movement measures answer a recurring question in your service and can be reviewed consistently over time.

Common questions about fall-risk assessment

Is fall risk the same as frailty?

No. Fall risk focuses on factors that can make a fall more likely, such as changes in gait, balance, strength, vision, medicines and the environment. Frailty is determined through a broader clinical assessment using a range of indices, so a movement test or fall-risk score does not assess frailty by itself.

Can one fall-risk score determine whether someone will fall?

No single score explains the whole risk picture. Screening questions and timed tests help identify concern, while the fuller review considers fall history, medical conditions, medicines, sensory and cognitive factors, cardiovascular findings, functional observations and environmental hazards. Clinical judgement is needed to interpret the combined findings.

What should staff do after a fall with possible serious injury?

Do not move the person when a spinal injury or hip fracture is suspected; obtain an urgent medical response and the appropriate lifting equipment. Follow the organisation’s head-injury process after a head injury or an unwitnessed fall, especially with vomiting, reduced consciousness or new confusion. Loss of consciousness requires emergency treatment until the cause is known.