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a Missouri hospital running autonomous deliveries on its inpatient units

A Missouri Hospital's Inpatient Delivery Robot Returns 30% of Caregiver Time

How a Missouri hospital put autonomous delivery robots on its inpatient units, and what early reported results show about bedside caregiver time returned.

Deployment at a glance

30%
Bedside caregiver time returned, early reported figure
Inpatient
Units where autonomous supply and item runs took place
Early
Results from the opening weeks of a live deployment

Based on a documented real-world deployment. Figures are from public reporting; the organization is not named.

An empty hospital hallway with bright ceiling lights and clean floors leading toward inpatient rooms.
Photo: Manuel Nielsen

Bedside time lost on the hallway run

On an inpatient unit, a nurse or aide who leaves the bedside to fetch a supply or an item is not with a patient during that stretch. Routine runs look minor on a shift log, yet they accumulate across a day and across every room on the floor.

The hospital set out to keep bedside staff with patients and move the supply and item runs elsewhere. That is a narrow goal, and a narrow goal is easier to measure.

A robot takes over the routine runs

The hospital placed an autonomous delivery robot on its inpatient units and assigned it the routine supply and item runs that had been drawing bedside staff away from patients. Caregivers stayed in the room while the robot handled the trips.

The early results come from the first weeks of operation. They were reported by the vendor behind the robot and have not been independently audited, so read them as a first signal rather than a settled benchmark.

  • Routine supply and item runs assigned to the autonomous robot
  • Bedside staff kept on patient care rather than transport
  • Caregiver time tracked through the early weeks of operation

Thirty percent of bedside time, as reported

The headline outcome is that 30% of bedside caregiver time was returned during early deployment. The figure is reported by the vendor and has not been audited, and it describes a live program in its opening weeks rather than a long run average.

A percentage like this depends on local conditions: how many runs a unit generates, how far each run travels, and how much of a shift is bedside work to begin with. Any hospital weighing a similar deployment should measure its own baseline before it sets expectations.

A nurse attending to a patient at the bedside in a hospital room.
Photo: RDNE Stock project

What this means for hospitals weighing a robot lease

A hospital supply cart stocked with medical supplies beside a corridor.
Photo: Dalila Dalprat

Service Robot Co. is an OEM neutral commercial robot integrator for US businesses. The hospital in this study is not our client, and this is not one of our deployments. The useful lesson is the operating model: a routine supply or item run is a strong candidate for automation when it pulls trained people away from patients.

We select the right robots across manufacturers, then finance, deploy, integrate, train, and service every unit through a nationwide US engineer network. Customers take a robot lease through financing on a three year lease, with one fixed robot lease payment quoted after a site assessment. That assessment maps the floors and the real route each run takes, which is where a sound hospital delivery robot lease starts.

Service requests go to the same partner that deployed the unit, so there is one team to call. A robot lease with service included gives hospital operators a clear set of answers before go live, and it leaves the choice of robots open across manufacturers.

Frequently asked questions

No. The figure is an early result reported by the vendor behind the robot, and it has not been independently audited. Treat it as a first signal, and measure your own baseline before you plan around any percentage.

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