Preventing patient falls requires a layered approach: assessing each patient’s risk level, modifying their environment, reviewing medications, and training staff to intervene before a fall happens. A single fall with any injury costs a hospital an average of $64,526 in total expenses, making prevention one of the highest-value safety investments a facility can make. The strategies below cover what works, from bedside basics to system-wide protocols.
Assessing Fall Risk on Admission
Every patient should be screened for fall risk at admission and reassessed whenever their condition changes. Two widely used tools make this practical. The Morse Fall Scale scores patients on six factors: history of falling, having more than one diagnosis, use of a walking aid, IV therapy, gait quality, and whether the patient overestimates their own abilities. Scores above 51 (out of 125) flag high risk, scores between 25 and 50 indicate moderate risk, and anything below 25 is low risk.
The Hendrich II Fall Risk Model takes a slightly different angle, evaluating seven factors: confusion or impulsivity, depression symptoms, changes in bathroom habits, dizziness, being male, use of certain seizure or anxiety medications, and a “get up and go” test where the patient stands from a seated position. A score of 5 or higher signals high risk. The Hendrich model tends to be more specific, meaning it’s better at correctly identifying patients who won’t fall, while the Morse Scale casts a wider net. Many hospitals choose one tool and apply it consistently across units rather than mixing both.
The score itself isn’t the goal. What matters is that the result triggers a specific care plan: a high-risk patient gets interventions that a low-risk patient doesn’t need.
Universal Precautions for Every Patient
Regardless of risk score, every patient benefits from a baseline set of environmental safeguards. The Agency for Healthcare Research and Quality recommends the following as a starting checklist:
- Call light access: Keep the call light within reach at all times, and have the patient demonstrate they know how to use it.
- Bed position: Lower the bed to its lowest setting when the patient is resting. Raise it to a comfortable transfer height only when the patient is getting in or out.
- Bed and wheelchair brakes: Lock them whenever the bed or chair is stationary.
- Footwear: Provide nonslip, well-fitting footwear rather than letting patients walk in socks or bare feet.
- Lighting: Use night lights or supplemental lighting so patients can see their surroundings during overnight hours.
- Clutter and spills: Keep walkways clear, clean up spills immediately, and ensure personal items are within safe reach so patients don’t lean or stretch for them.
- Handrails: Install sturdy rails in bathrooms, patient rooms, and hallways.
These steps sound simple, but consistency is the challenge. A bed left in a raised position after a procedure or a call light that slipped behind the mattress accounts for a surprising number of preventable falls.
Hourly Rounding With the 4 Ps
Structured hourly rounding gives staff a reason to check on patients before problems develop. The most common framework is the 4 Ps: pain, position, potty, and possessions. During each round, the nurse or aide assesses whether the patient is in pain and whether any medication given is working, checks that the patient is in a safe and comfortable position, asks if they need to use the bathroom, and confirms that personal items and the call light are within reach.
The “potty” check is especially important for fall prevention. Many inpatient falls happen when patients try to get to the bathroom on their own, often in a hurry. Proactively offering bathroom assistance every hour removes that impulse. One educational project found that after training staff on the 4 Ps protocol, knowledge scores jumped from 55% to 98%, a 43-percentage-point increase that translated into more reliable rounding behavior on the unit.
Reviewing High-Risk Medications
Three broad classes of medications are strongly linked to increased fall risk and are collectively known as fall-risk-increasing drugs, or FRIDs. These include blood pressure medications (especially beta blockers and vasodilators, which can cause lightheadedness when standing), drugs that act on the central nervous system (anti-anxiety medications, antidepressants, antipsychotics, and seizure medications), and narcotic pain medications. All of these can cause dizziness, sedation, or drops in blood pressure that make a patient unsteady.
A pharmacy review at admission, and again whenever a fall occurs, can flag patients on multiple FRIDs. The goal isn’t necessarily to stop these medications, since many are medically necessary, but to consider whether doses can be reduced, whether timing can be adjusted, or whether a lower-risk alternative exists. Even small reductions in sedating medications can meaningfully improve a patient’s steadiness.
Strength and Balance Exercises
For patients who are mobile enough to participate, structured exercise programs reduce falls by building the leg strength and balance that keep people upright. The Otago Exercise Program is one of the best-studied options, originally designed for high-risk older adults. It includes 5 warm-up movements and 17 strength and balance exercises, progressed over time. Typical exercises involve bending and straightening the knee from a seated position, standing on one leg for 30 seconds, walking heel-to-toe in a straight line, and standing up from a chair repeatedly, sometimes with ankle weights added as the patient improves.
Randomized controlled trials have shown the Otago program reduces falls by 35% among frail, high-risk older adults. In a hospital setting, even abbreviated versions of these exercises, supervised by physical therapy, can help patients maintain function during their stay rather than decondition in bed, which paradoxically raises their fall risk further.
Educating Patients and Caregivers
Telling a patient “be careful when you get up” isn’t education. Effective fall prevention teaching uses a technique called Teach-Back, where the educator explains key information and then asks the patient or caregiver to repeat it in their own words. If the explanation comes back garbled or incomplete, the educator clarifies and asks again until the person can accurately describe what to do.
In one controlled study, caregivers trained with Teach-Back combined with multimedia materials scored significantly higher on fall-prevention knowledge and confidence at both three and six months after training. The fall rate among patients cared for by the Teach-Back group dropped to 0.30%, compared to 1.32% in the standard education group. The method works because it shifts people from passive listeners into active participants who internalize the reasoning behind each precaution. Questions like “What would you do if your patient feels dizzy while walking?” force the caregiver to rehearse the correct response before a real situation arises.
Flooring and Physical Environment
The floor itself is an underappreciated factor. Slip resistance is measured by the dynamic coefficient of friction, or DCOF. A score above 0.30 is considered slip-resistant, 0.20 to 0.30 is moderate, and anything below 0.20 is slippery. CDC research found that quarry tile was the only flooring material that remained slip-resistant across all contaminant conditions tested, including water and cleaning solutions. Smooth, polished surfaces that look clean and modern can become dangerously slick when wet.
When renovating or replacing flooring, choosing rougher-surfaced materials with a higher coefficient of friction is one of the most durable fall prevention investments a facility can make. Lighting also matters. Poorly lit hallways, bathrooms, and stairwells hide tripping hazards. Adding fixtures, increasing bulb brightness, and using lights that emit illumination from all sides are straightforward fixes that benefit both patients and staff.
Technology-Assisted Monitoring
Traditional bed alarms alert staff after a patient has already started to get up, which often means the nurse arrives mid-fall. Newer systems use camera-based monitoring with artificial intelligence to detect risky movements earlier. These systems track body position and gait patterns in real time, flagging when a patient shifts toward the edge of the bed or stands unsteadily. AI-powered gait analysis has achieved accuracy rates around 90% for detecting abnormal walking patterns that predict falls.
Video-based systems also remove some of the limitations of pressure-sensor alarms, which generate frequent false alerts when patients simply shift in bed. Fewer false alarms mean staff respond more reliably to genuine alerts. These technologies are still being refined, but facilities adopting them report that the earlier warning window gives nurses critical extra seconds to reach the room before a fall happens.
The Cost of Getting It Wrong
Falls are not just a patient safety issue. They are a financial one. Research published in JAMA Health Forum found that the average total cost of an inpatient fall with any injury was $64,526, with $36,776 in direct medical costs. Even falls without visible injury added an average of $35,365 in additional care costs, largely from extended hospital stays and additional diagnostic workups. A facility that reduces falls by 20% can recoup the cost of a comprehensive prevention program many times over, making the financial case as strong as the clinical one.