Key takeaways
- Duke Health's pilot at Duke University Hospital uses three robots: FloBot, R2-DU and WALL-D.
- Reported capabilities include opening doors, riding elevators and pushing floor buttons without staff help.
- The pilot's length has not been published in the sources reviewed.
- Badge-controlled compartments were not confirmed in the sources reviewed, so do not assume them.
- Elevator access and staff workflow decide whether a pilot like this fits your building.
What is Duke Health testing with its delivery robots?
Duke Health is running a pilot of three autonomous delivery robots at Duke University Hospital in Durham, North Carolina. The robots are FloBot, R2-DU and WALL-D. According to WUNC, as of mid-October 2026 they were designed to transport supplies so that healthcare providers can focus on patient care.
Two details are not settled in the sources we reviewed. The pilot's length has not been published, and we found no source confirming that compartments open by badge scan. The reporting does describe a workflow test: can robots take supply and medication trips off clinical staff without adding friction on the floor?
Which robots are in the pilot, and who named them?
The three robots are FloBot, R2-DU and WALL-D. Duke says staff chose the names. According to a listing that repeats Duke's own announcement, more than 280 Duke University Hospital team members submitted hundreds of ideas before three winners rose to the top.
Local coverage describes the robots as part of a pilot program to advance innovation at the hospital. Three units is a small fleet, so this pilot tests routes, doors, elevators and staff habits far more than it tests fleet throughput.
How do the robots move through the building?
Reporting from Hey Durham and CBS17 says the robots can open doors, ride elevators and push floor buttons on their own, and that they can interact with people. Duke's own X account says the delivery robots make rounds to nursing units, day and night.
Duke also prepared people for the machines. Therapy dogs from Pets at Duke met the robots so they would not be startled by a robot's movement or sound. For a hospital team, that detail is a reminder that introducing robots to patients, animals and visitors is part of the rollout, not an afterthought.
Is badge access part of this pilot?
The question many readers bring to this story is whether staff scan badges to open compartments. We did not find a source in this research that describes that feature, so this article does not state it as fact. Confirm it with Duke or the pilot team before assuming it works the same way in your building.
Access control still needs an answer in your own pilot. Decide early who can open a compartment, which doors and floors that access covers, and what happens when a badge is lost or a staff member changes units.
How long will the pilot run?
None of the sources retrieved state an end date or a duration for the pilot. Treat the length as unpublished. A pilot without a stated end still needs a decision point, so ask for interim route logs, staff feedback and incident notes at fixed intervals.
Set your own exit criteria by metric and calendar date rather than waiting for a public announcement that may never arrive in the form you expect.
Why does elevator access decide whether a pilot fits your building?
A robot that cannot ride your elevators is a cart confined to one floor. Duke's robots reportedly push their own floor buttons, which is what lets a route cross levels. That capability moves the risk from the corridor to the lobby, the car and the elevator controls.
Before a hospital copies this model, its operations team should work through a short set of questions:
- Which elevator banks and floors does the route touch, and which cars are shared with patients, visitors and transport staff?
- How does the robot request a car and confirm arrival at the right floor in your building's system?
- What does the robot do during an elevator outage, a fire recall or a scheduled service visit?
- Who on your team responds when a robot is held in a lobby or a car, and how quickly must they respond?
What changes for nurses, pharmacists and supply staff?
Hey Durham reports the robots are meant to take over trips that pull nurses, pharmacists and supply chain workers away from their work areas. Nurses can stay near patients rather than hunting for supplies, and pharmacy staff can send medications to the bedside.
The metric that matters is walking time, not only trip counts. Before any hospital decides, it should log how many supply and medication runs each role makes per shift and how long each run takes. Without that baseline, a pilot can report a gain that nobody can compare against. Build the log on your own floors first, then set it beside any results Duke or others publish.
How should a hospital turn a pilot question into a plan?
Start with a site assessment that maps routes, doors, elevators and staff paths. Service Robot Co. is an OEM-neutral integrator. We select robots across manufacturers, then deploy, integrate, train and service each unit through a nationwide US engineer network, so one partner covers the whole lifecycle.
We lease robots only, on a 3-year lease with one fixed payment quoted after the site assessment. That lets operations leaders test a route on a defined term, and the assessment answers the elevator and workflow questions above before anyone signs.
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