Duke Hospital's Delivery Robot Pilot: What It Tests

What is Duke University Hospital testing?

Duke University Hospital is running a pilot with three delivery robots, identified as FloBot, R2-DU and WALL-D, to carry supplies and medications through the building. According to Hey Durham, the pilot's stated aim is to reduce routine delivery trips for nurses, pharmacists and supply chain teams. Hey Durham reported the pilot on October 1, 2026.

The logic is simple. Clinicians stay with patients while the robots handle hallway runs. Duke's own account says the robots make rounds to nursing units day and night, which is a much longer shift than most staff can cover on foot.

How do staff get items out of the robots?

Duke Health officials told WUNC on October 16, 2026 that staff must scan their badges on a robot to access its contents. Each robot has three secure compartments. Access is tied to a credential, not to whoever happens to be standing nearby.

That design choice matters beyond hospitals. A badge-gated compartment gives a facility a record of who opened what and when, which is the kind of audit trail that medication logistics already demands.

Can the robots ride elevators and push buttons?

According to Hey Durham, the robots can open doors, ride elevators and push floor buttons on their own. ABC11's video description says the robots can open doors, ride elevators, push buttons and interact with people. WUNC's photo caption describes WALL-D as a blue and white autonomous robot with one arm.

Multi-floor autonomy is the feature that separates this pilot from a single-floor cart. A robot that cannot call and ride an elevator still leaves a human to walk the load between floors, and that human is the cost the pilot is trying to remove.

What do nurses and pharmacists actually gain?

Chantal Howard, Duke's chief nursing and patient care services officer, said nurses can stay near patients instead of looking for supplies. Pharmacy staff can send medications to the bedside. Those two workflows are the core of the pilot.

CBS17 reports that staff and visitors have stopped the robots for selfies, and that someone asked for a robot to bring balloons to a birthday. Duke also said therapy dogs from Pets at Duke met the robots beforehand, so the animals would not be startled by their movement or sound. Introducing a robot to people and animals in advance is a practical step any site can copy.

What has Duke not disclosed yet?

The public sources reviewed do not state how long the pilot will run or when it ends. They also do not report results, measured reductions in trips, or cost figures. The manufacturer of FloBot, R2-DU and WALL-D is not named in those sources either.

Duke announced the robot names on August 22, 2026, after more than 280 Duke University Hospital team members submitted ideas, according to a Duke Health post reproduced by a third-party site. The program runs through the Duke Care Innovation Collaborative. Hospital teams that want to benchmark against Duke should treat the stated aim as a hypothesis until Duke publishes its own measurements.

What can non-hospital operators learn from it?

Hotels, office towers, senior living communities and campuses share the hard parts of this pilot: multi-floor routes, locked drop points and staff who do not want a machine in their path. Duke's design answers three of them directly: credential control at the compartment, elevator autonomy and a planned introduction for people.

Before copying the model, a facility should settle the following items on paper.

• Which elevator banks the robot may call, and whether it needs a dedicated car or can share one.
• How each drop point is secured, including who holds the credential and how it is revoked.
• Where the robot waits at pickup and delivery, and how long a human is expected to be at the drop.
• A fixed end date and success measures defined before the pilot starts, not after.

Where does Service Robot Co. fit in?

Service Robot Co. is a full-service commercial robot integrator for US businesses. We are OEM-neutral, so we select the right robots across manufacturers, then handle financing, deployment, integration, training and service through a nationwide US engineer network. One partner, one number, for the whole lifecycle.

Customers lease robots only, through financing on a 3-year lease with one fixed payment quoted after a site assessment. For a multi-floor delivery robot, that site assessment mapping of elevators, badge readers and drop points is the step that decides whether a pilot is worth running at all.