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Wheelchair Tracking in Hospitals With BLE Location Services

Location services can help hospitals in a number of ways. They can immensely help with tracking equipment (i.e. wheelchair tracking). The ability to track equipment like wheelchairs can solve a lot of problems that many hospital administrators may have taken for granted. In this post, we’ll discuss how location services work and how they can be used on wheelchairs to improve patient care and clinical outcomes.

How Do Hospitals Keep Track of Wheelchairs?

Traditionally, hospitals rely on manual processes to keep track of wheelchairs. Staff often leave chairs in hallways, patient rooms, or transport areas, and when demand peaks, they spend valuable time searching for available units. This approach is time-consuming, error-prone, and contributes to frequent shortages, misplaced assets, and unnecessary purchases. In fact, U.S. hospitals collectively lose an estimated 100,000 wheelchairs each year—equating to nearly $100 million in costs.

Modern hospitals, however, are adopting Real-Time Location Systems (RTLS) powered by Bluetooth® Low Energy (BLE) to solve this long-standing challenge. Instead of relying on memory or manual checks, every wheelchair can be tagged with a BLE device that reports its exact location to a cloud-based asset management platform. This means clinical staff can instantly locate the nearest available wheelchair, monitor utilization levels, and even receive automated alerts if a wheelchair leaves the building.

With a digital tracking system in place, hospitals can:

  • Access wheelchairs in real time — no more delays or wasted staff hours searching.
  • Reduce shortages and patient risks by ensuring chairs are always available when needed.
  • Unlock cost savings by eliminating unnecessary purchases and reducing theft.

Hospitals using RTLS platforms like Kontakt.io’s cloud-based, real-time medical asset management system can save up to $75,000 per year, while improving safety, efficiency, and patient experience.

Consequences of Non-Digitized Wheelchair Tracking

Wheelchairs are a standard feature of any hospital. They have an impact on nearly every facet of your operation. From the costs associated with them to the delays that can be caused by their unavailability, wheelchairs can be a source of headache. Many of these problems seem like just an unavoidable part of the hospital experience. Let’s take a look at some of the specific pain points that lacking wheelchair management solutions can cause.

Direct Impact on Patient Care

While some patients are in wheelchairs to make their recovery easier, many cannot safely be transported at all without the aid of one. For these patients, the ability to have a wheelchair readily available when it is needed is important. In some cases, it could be critical. Every second a member of staff spends searching for an open wheelchair takes away from the patient experience. This can negatively impact the patient’s health outcome.

Impacts Operational Continuity

Patients aren’t the only ones that are kept waiting when a wheelchair cannot be found. Entire healthcare workflows rely on getting patients where they need to be quickly and efficiently. Lack of wheelchair availability or the absence of adequate wheelchair tracking will create queues and delays that impact your processes and drag down the efficiency of your hospital.

Patient Care & Experience

Sometimes a patient isn’t using a wheelchair as part of the healthcare workflow. Often, family members will use wheelchairs so that they can spend some time with their loved one outdoors, or to help patients who cannot walk out to the car after the discharge procedure. In these cases, not having a wheelchair available does not reduce your efficiency, but it still negatively impacts the patient experience.

Shrinkage

Because wheelchair tracking is difficult, hospitals have reported up to 25% of their wheelchair inventory goes missing each year. This is a massive expense that is the result of poorly tracked equipment. Wheelchairs are often stolen by people who can easily walk out of the building with one. Other times the wheelchairs are left abandoned in areas of the building that make them hard to find.

PAR (Periodic Automatic Replenishment)

Periodic Automatic Replenishment can be a wonderful tool for ensuring that your stock of wheelchairs in any given department remains at the optimum level. In theory, PAR sounds simple: when the stock of an item drops below a certain minimum threshold an automatic order is placed to bring that stock up to a maximum threshold.

Even with more easily tracked items, hospitals sometimes struggle to find the right thresholds for a PAR system and wind up falling back on gut feelings to determine proper inventory levels. Wheelchairs complicate this process further because they must be able to move between departments to do their job effectively. This means that replenishing the supply in one department could mean purchasing new wheelchairs, or it could mean pulling them from another department.
Without effective wheelchair tracking, two major problems can occur:

  • Overstocking – Because wheelchairs move around the department, it’s easy for one department to fall short while another department has a surplus of wheelchairs. What’s not always easy is accurately accounting for this when it comes time to order more wheelchairs. In fact, up to 30% of your wheelchair inventory could be unaccounted for at any given time. With wheelchairs dispersed through the hospital, it is easy to underestimate the number of wheelchairs available and order more when they aren’t needed.
  • Limited Time For Patient Care – When wheelchair tracking is difficult to do, employees end up wasting a lot of precious time. A wheelchair cannot be unaccounted for until some attempt has been made to find one. Before making the decision to purchase additional wheelchairs, staff must take time out of their busy day to try and hunt enough down to replenish the stock at one location without leaving another location with a wheelchair shortage. Time spent trying to find unused wheelchairs is time that could be better spent on things that improve patient outcomes and experience.

How do Location Services Help in Hospital Wheelchair Tracking?

Rapid advances in technology continue to drive the fourth industrial revolution. Many of the technologies that are bringing new paradigms to manufacturing are also making life better for businesses of all kinds, including hospitals. Companies of all sizes and across all industries are beginning to realize that it is time to begin their digital transformation or get left behind.
Kontakt.io provides clinical staff with available wheelchair locations, the nearest asset to seeker if staff badging is implemented, adaptive PAR level monitoring and recommendations based on current patient load. Rather than being passive tools waiting to be used, your wheelchairs can become beacons of information that help your staff perform their jobs more efficiently. Let’s take a quick look at how BLE tracking works and then examine the ways that it can be used on your wheelchairs to solve the problems discussed above.

BLE Tracking

Tracking tags with Bluetooth low energy devices in them are able to triangulate their positions relative to base stations that are installed around your hospital. This allows them to provide a precise location to a software solution that then makes that location available with anyone who has access to the software. This means that BLE tracking tags do not need to be scanned by a human or a checkpoint scanner in the same way that RFID tags need to be. This continuously updated location data, and the software that it reports to, can be used to solve all of the problems mentioned above.

Automate the Tracking of PAR Level

One of the biggest reasons that hospitals abandon a PAR system in favor of conventional offline methods is that it is simply too difficult to keep an accurate count in order to know when stock needs to be replenished or which levels it needs to be replenished to. As staff goes about their busy day checking inventory, levels become something that gets overlooked. BLE trackers will automatically know how many wheelchairs are in a given area and alert someone on staff when that number drops below the threshold. Similarly, if the number is above the maximum threshold, staff will quickly know which departments they can grab a wheelchair from to replenish another department’s inventory.

Optimize Wheelchair Tracking and Inventory

Another difficulty that hospitals face with PAR is understanding exactly what the minimum and maximum thresholds should be. If these numbers are wild guesses, then PAR doesn’t perform significantly better than gut feeling anyway. BLE trackers, or more specifically, the software that they enable, will be able to tell you precisely how many wheelchairs a given department uses on average. This will help not only with wheelchair tracking in general, but also with wheelchair inventory. By setting your PAR levels to the upper and lower ranges that occur during normal business operation, you’ll have a much more accurate count of how many wheelchairs are needed.

Increase Patient Care

We’ve already discussed how you’ll be able to quickly see which departments have extra wheelchairs, but BLE tracking takes things much further than that. Because the tags can carry small amounts of data, you can tag a chair that is in use versus one that is not. BLE location services allow for extremely efficient wheelchair tracking. Combined with the ability to find the exact location of every wheelchair in an instant, your staff will be able to find the closest available wheelchair when they are needed. This will get them back to work doing more productive things quicker and keep patient wait times to a minimum.

Alert on Wheelchairs Leaving the Building

Just as the wheelchair tracking software can be programmed to notify you when the inventory of wheelchairs in a given area has dropped above or below a certain threshold, it can be programmed to notify you when someone has left the building with a wheelchair. This will allow you to stop shrinkage as a result of theft and save the hospital money on needlessly replenishing wheelchair stock.

Everything mentioned so far also has the added benefit of making life easier for patients. They will wait less time to get to their healthcare destinations, be able to leave the hospital quicker after discharge, and be more mobile when their family comes to visit them.

Kontakt.io is an industry leader in BLE beacons and Enterprise IoT technologies. We develop cutting-edge hardware and software solutions that are at the forefront of the industry. Our BLE tracking tags come in form factors that are perfect for tracking anything in your hospital, be it wheelchairs, employees, or your inventory of medical supplies. When those tags are combined with our software product they become an invaluable resource in increasing patient care and clinical outcomes.
We would love the opportunity to discuss with you what our location services can do for your hospital. Don’t let wheelchair tracking (or any type of equipment tracking) be an issue again! If you are ready to begin your operation’s digital transformation, please contact us today.

Frequently Asked Questions

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A wheelchair tracking system uses real-time location technology to monitor the position and availability of wheelchairs across hospital departments. Each wheelchair is tagged with a Bluetooth® Low Energy (BLE) device that communicates with nearby sensors to transmit location data to a cloud-based platform. Staff can instantly locate the nearest available wheelchair, check utilization, and receive alerts if one leaves a designated zone. This replaces manual searches and logbooks with automated visibility, ensuring mobility resources are always ready when needed. Modern systems like Kontakt.io’s BLE-based RTLS platform provide room-level accuracy, seamless integration with hospital networks, and actionable insights that improve efficiency, reduce losses, and enhance patient care.

Wheelchair tracking is vital for maintaining operational efficiency, patient satisfaction, and cost control. Without it, staff waste valuable time searching for equipment, leading to delayed discharges, longer patient transport times, and unnecessary purchases. Hospitals in the U.S. collectively lose more than 100,000 wheelchairs annually, costing the sector nearly $100 million. A real-time tracking system provides instant visibility of wheelchair locations, ensuring they’re available when and where patients need them. By minimizing downtime and shrinkage, hospitals can streamline workflows, reduce waste, and maintain smooth patient flow—all while supporting a better care experience. In short, tracking wheelchairs effectively turns a common pain point into an opportunity for efficiency and cost savings.

Manual wheelchair tracking relies on staff memory, paper logs, or spreadsheets to record wheelchair locations. This approach is slow, inaccurate, and prone to human error—leading to lost assets, wasted staff time, and unnecessary equipment purchases. In contrast, automated tracking uses Bluetooth® Low Energy (BLE) devices and Real-Time Location Systems (RTLS) to continuously monitor every wheelchair’s position. Staff can instantly locate available chairs, track utilization trends, and receive alerts if one leaves a designated area. Automated systems eliminate guesswork, optimize inventory levels, and free up clinical time for patient care. The result is a hospital environment that runs on real-time data instead of manual assumptions—improving efficiency, reducing costs, and enhancing the patient experience.

Bluetooth® Low Energy (BLE) and Real-Time Location Systems (RTLS) transform wheelchair management by providing continuous, automated visibility. BLE tags attached to wheelchairs send low-energy signals detected by gateways positioned throughout the hospital. RTLS software then maps and updates each chair’s exact location in real time. This enables staff to locate wheelchairs instantly, monitor utilization, and set movement alerts for theft prevention. BLE-powered RTLS offers greater accuracy, scalability, and affordability than legacy systems like RFID or Wi-Fi. With Kontakt.io’s platform, hospitals can deploy BLE infrastructure across multiple facilities quickly, improving asset tracking, optimizing equipment distribution, and enhancing operational transparency for staff and administrators alike.

Real-time wheelchair tracking delivers measurable benefits across hospital operations. Staff gain instant access to location data, eliminating search time and freeing them to focus on patient care. Administrators can monitor utilization trends to right-size inventory and reduce unnecessary purchases. Real-time alerts prevent theft or loss, while analytics support better decision-making around equipment allocation and capital planning. From an operational perspective, tracking systems improve patient throughput by ensuring wheelchairs are always available where needed. Financially, hospitals report annual savings of up to $75,000 by reducing shrinkage and optimizing fleet usage. Ultimately, a digital wheelchair tracking system increases efficiency, safety, and patient satisfaction simultaneously.

Hospitals can drastically reduce wheelchair loss and theft by using BLE tracking tags and geofencing alerts. With each wheelchair digitally tagged, administrators can monitor movement in real time and receive automatic notifications when one leaves a designated area or exits the building. BLE-enabled RTLS systems provide precise location data, making it easy to recover misplaced assets and identify theft patterns. Additionally, centralized dashboards offer audit trails that show who used or moved a wheelchair last. These proactive measures not only prevent loss but also eliminate the cost of unnecessary replacements. Over time, hospitals using BLE tracking recover both capital assets and staff productivity previously lost to manual searches.

When wheelchairs are always available and easy to locate, patients spend less time waiting for transport, discharges happen faster, and caregivers can focus more on direct care. Real-time tracking reduces delays, lowers frustration for staff and families, and ensures seamless patient movement throughout the facility. This operational reliability translates to better satisfaction scores and improved clinical outcomes. For example, having immediate access to wheelchairs prevents bottlenecks in emergency departments and shortens wait times for diagnostic or surgical transfers. Ultimately, wheelchair tracking systems support a patient-first workflow, ensuring comfort, safety, and efficiency at every stage of the hospital journey.

Automating wheelchair inventory management is simple with BLE-enabled RTLS systems. Each wheelchair tag transmits continuous location data, allowing the software to automatically calculate how many wheelchairs are present in each department. When quantities drop below (or exceed) predefined thresholds, the system sends alerts to staff to rebalance or replenish stock. This dynamic approach eliminates manual counts, reduces overstocking, and ensures every department maintains optimal wheelchair availability. Kontakt.io’s adaptive PAR monitoring even recommends inventory adjustments based on real-time usage and patient load. Automated inventory visibility helps hospitals save time, reduce capital waste, and support data-driven asset management across the facility.

When evaluating wheelchair tracking solutions, hospitals should prioritize accuracy, scalability, and ease of integration. Look for systems using Bluetooth® Low Energy (BLE) for room-level precision and reliable signal coverage. Compatibility with existing Wi-Fi or IoT infrastructure ensures faster deployment and lower costs. Battery life, cloud connectivity, and data security are also key considerations for long-term reliability. The platform should provide intuitive dashboards, mobile alerts, and actionable analytics. Vendors like Kontakt.io stand out for delivering all these capabilities in one solution—scalable RTLS platforms that track not only wheelchairs but also other assets, patients, and staff, supporting broader digital transformation across hospital operations.