Duke Hospital Delivery Robot Pilot: Access and Limits

What is Duke's delivery robot pilot doing right now?

Duke Health is running a pilot of three autonomous delivery robots at its Durham hospital. The robots are named FloBot, R2-DU and WALL-D, and the names came from ideas submitted by more than 280 Duke University Hospital team members.

The pilot is built to move medications and supplies, so frontline teams spend less time on routine trips. Staff must scan their badges on a robot to access what is inside, and each robot has three secure compartments. The access model is the part a hospital can copy most directly.

What Duke has not said is just as important. WUNC reports that it is unclear how long the robots will be used, so a team reading this pilot should treat it as an open trial, not a finished program.

How does badge access to compartments work?

Badge access turns a delivery robot into a controlled cabinet that travels. Staff scan in at the robot, the compartment opens, and the item leaves with an identified person attached to it. For medications and supplies, that identity link is the point of the design.

The sources do not explain how compartments are assigned to departments, whether pharmacy and supply staff load the same robot, or how a wrongly opened compartment is logged. Those details decide whether badge access supports chain of custody or just adds a tap. A team should ask for them before any go-live date is set.

How do the robots move through a hospital?

According to WUNC, the robots can open doors, ride elevators, push floor buttons and interact with people. Hey Durham describes the same behavior, with the robots handling doors, elevators and floor buttons on their own. Each of those steps is a permission a hospital must map, not a feature to assume.

Duke's own X account says the robots make rounds to nursing units day and night, which means the pilot is not limited to daytime corridors. Duke also reported that therapy dogs met the robots beforehand, so the animals would not be startled by movement or sound. That kind of advance introduction is a low-cost step that many teams skip.

Why is the pilot length still unclear?

WUNC quotes the situation directly: 'It's unclear how long the autonomous robots will be used at Duke Health.' No end date, success criteria or go or no-go conditions appeared in the sources reviewed for this piece.

Chantal Howard, chief nursing and patient care services officer, said the campus is massive, so robots let teams stay where they work. WUNC also quotes her saying the hospital is 'expanding and redesigning models of care.' Those are reasons to expand, but a growing system without a defined pilot end can drift into a permanent program without anyone deciding it should be one.

A pilot with no exit point also has no baseline to judge against. Without published trip counts or time savings, neither Duke nor outside readers can yet say what the robots returned to nurses, pharmacists and supply staff.

What should a hospital team write down before its pilot starts?

Duke's public reporting covers the what and the why. A hospital pilot needs the operating details written down in advance, so that the robots do not become a standing exception to every other policy. Start with the list below and turn each line into a signed rule.

The list is a starting frame, not a template. Each hospital will set its own numbers, owners and dates.

• Named routes and units, with the first three use cases limited to medications and supplies.
• Badge rules: who can open which compartment, who can load, and how each opening is logged.
• Elevator and door permissions, tested with a staff walkthrough before any patient-area run.
• Pause and fallback rules for blocked corridors, fire alarms and the moment a robot needs a person.
• Night-hour coverage and the named on-call owner who responds when a robot stops.
• Baseline measures taken before go-live, such as staff walking time on the target routes.
• A decision date, the metrics that trigger expansion, and the metrics that trigger a stop.

Where does a site assessment fit in a pilot?

Before a pilot runs, someone has to map the building, mark elevator and door behavior, and decide where the robots dock and charge. At Service Robot Co., we start with a site assessment and site mapping, then handle deployment and integration, go-live support and training. Our customers work with one partner and one number through the whole process.

Service Robot Co. leases robots only, through a 3-year lease with one fixed payment quoted after the site assessment. A team that wants to test a robot before committing to a fleet can use that structure to set its own pilot scope and exit criteria without a surprise at the end of the term.

What are the real limits of Duke's pilot as a model?

The public record on this pilot is thin. The sources are local news reports and Duke's own posts, and none of them publish compartment capacities, load limits, trip volumes or staff-hour figures. A hospital should not copy a target number from this pilot, because none has been published.

Duke's separate drone trial for AED delivery in Forsyth County is a different program, and it should not be read as part of the robot pilot. Keeping the two apart matters when a board or a finance committee asks what Duke has actually proved so far.