Key takeaways
- A hospital robot pilot is ready only when its route, staff roles, measures and stop rules are written down before the first trip.
- BayCare's 2026 robot work moved in stages: a transport evaluation with no patients moved, then specimen and supply runs at Winter Haven.
- Take your baseline before the robot runs, or you will have no fair way to judge it.
- Every stop rule needs a trigger, a named person and a restart test.
- Vendor savings figures are projections to test against site data, not results to bank.
What must be settled before a hospital robot makes its first trip?
A hospital robot pilot is ready to start when five things are on paper: the route, the staff roles, the success measures, the stop rules and the trigger for expansion. Leave one open and the first trip becomes an argument about what success means. Nurses waiting on a specimen have no time for that argument.
BayCare Health System offers a useful model of staging. According to coverage at tbbwmag.com, BayCare has 16 hospitals across West Central Florida. It began a patient transport evaluation with the robotics startup Rovex at Morton Plant Hospital in Clearwater in April 2026, and on June 3, 2026 it announced two Relay robots for its Winter Haven hospitals. Those two projects differ in kind, and that gap is the lesson.
How should the route be set before any run?
Build the route from a walk of the floor, not from a drawing alone. Mark each origin and destination, every elevator and door on the path, the handoff point where a person takes the item, and the hours when corridors are crowded. BayCare's April evaluation is testing how its robot navigates the hospital and fits existing workflows, which is the same question your route sheet has to answer.
Winter Haven's lanes are narrow by design. At Winter Haven Women's Hospital, the robot named Stork moves lab specimens from Urgent Care to the second floor laboratory. A short, fixed lane is easier to time, audit and fix than a sprawling one.
- Origin and destination, by room number and department
- Each elevator, door and badge point on the path
- The handoff point and the person who signs for each item
- Peak corridor hours, either avoided or tested on purpose
- Charging location and the plan for a low battery mid run
Who does what on the staff side?
Name four roles before go live: a sender who loads and confirms each run, a receiver who accepts the item, a unit lead who can pause the robot, and a facilities contact for elevators, doors and charging. One person can cover two roles on a quiet unit, but no role should sit empty.
BayCare says its robots are meant to support team members, not replace them, by reducing physical strain and operational burden. Write that intent into the pilot charter as well. Staff who believe the robot exists to cut their hours report problems late, and late reports are what stall a pilot.
Which success measures should be locked before go live?
Measure the work as it happens today, before the robot runs a single trip. Useful baselines include runs per shift, minutes from request to delivery, staff walking time, misdeliveries and handoff delays. Collect them across enough shifts to show a normal week, not one busy afternoon.
Vendors publish projections, and those should be read as projections. According to Relay's case study, Relay and the health system project that the two Winter Haven robots will complete more than 500 deliveries and save an estimated 150 clinical hours each month, combined. Those are vendor reported estimates. As of June 2026, the sources we checked report projections, not measured results.
What stop rules belong in the charter?
A stop rule has three parts: a trigger, the person who acts on it, and the test that must pass before the robot runs again. Triggers worth writing down include a wrong destination, a failed handoff, a robot held in a corridor past a set limit, a blocked elevator, and any event that involves a patient or family member. Each trigger needs its own named person.
Transport raises the stakes. BayCare's coverage says later phases may test robotic stretcher movement, depending on performance and safety outcomes. Make that gate explicit in the charter. Stretcher work should not begin until the evaluation has produced the safety results the charter sets, and the stop rules should tighten at that point.
How does one pilot grow into more units?
BayCare's sequence shows the staging. In 2025 it deployed Beaker and Hygeia at St. Anthony's Hospital for lab specimen deliveries across ICU, CVICU and dialysis units. In April 2026 it began a transport evaluation at Morton Plant. In June 2026 it added two Relay robots at Winter Haven. BayCare has said any expansion would be based on what it learns in this and future phases, and it has shared no timeline beyond the location where the pilot began.
Rovex's device, Rovi, attaches to existing stretchers and beds and keeps patients connected to their care teams, according to BayCare's release. A design like that lets a pilot work with equipment a unit already has, which keeps the first phase small.
Where does a robot lease fit in the rollout?
Service Robot Co. leases robots through financing, on a lease term of three years, with one fixed quote given after a site assessment. For a hospital delivery robot lease, that means the lease terms are set before the first trip. The assessment captures the same route, elevator and handoff details this article asks you to write down.
We pick robots across manufacturers, then finance, deploy, integrate, train and service every unit through a nationwide US engineer network. A hospital team that wants one contact for routes, training and repairs can keep that contact from the first site visit onward.
What do the April and June announcements not yet prove?
The April item is an evaluation. The robot is studying navigation and workflow fit, and no patients are being moved. The June item covers specimen and supply delivery, and its savings figures are projections. Keep those two categories apart in any board update, because they answer separate questions.
Treat the coverage as a starting checklist, not a verdict. A pilot that reports its baseline, stop events and handoff times will tell leadership far more than any announcement can.
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Sources
- Relay Robotics case study: BayCare Health System
- Robotics Tomorrow: BayCare expands autonomous hospital delivery with new Relay robots
- Relay Robotics blog: BayCare expands autonomous hospital delivery at Winter Haven
- BayCare newsroom: BayCare and robotics startup Rovex announce strategic partnership
- Becker's Hospital Review: BayCare pilots robots for hospital transport workflows
- Tampa Bay Business and Wealth (tbbwmag): BayCare patient transport robots at Morton Plant
- BayCare newsroom: Meet Beaker, the robot helping BayCare deliver



