Scoping a Patient Transport Robot Pilot Before Patients Ride

What decides whether a patient transport pilot is ready to go live?

A patient transport robot pilot should be scoped as a workflow test long before anyone is asked to lie on a stretcher. The question for clinical and facilities leaders is not whether the machine can move. It is whether routes, elevators, handoffs and staff habits hold up over weeks, and whether the team agreed in advance on what counts as a go and what counts as a no go.

BayCare's pilot at Morton Plant Hospital in Clearwater, Florida, is a useful reference point. According to WUSF, BayCare began a phased pilot of Rovex's Rovi in April 2026, and no patients are being moved during the current pilot. BayCare describes the early work as evaluating workflows, transport patterns and operational opportunities within the hospital.

The steps below are the ones a hospital team can finish before any patient rides: route definition, staff roles, pause rules, baseline measures, and the decision criteria that tie them together. Each step should end in a written record that a clinical lead and a facilities lead can both sign.

What is the Morton Plant pilot actually testing?

The pilot is a workflow evaluation, not a patient move. Rovex describes it as a seven month pilot with BayCare Health System, according to FMLink. BayCare runs 16 hospitals across West Central Florida, and WUSF reports that the pilot is meant to inform wider adoption across that network.

Rovex's stated sequence, as FMLink reports it, starts with simple movement patterns in an area that does not face patients. Active clinical environments come next, then empty stretcher transport. Moving patients autonomously is a longer term goal that depends on regulatory steps. That order works well as a scoping template even where your site differs.

Rovex says Rovi attaches to existing stretchers, that beds and wheelchairs are later targets, and that the unit fits elevators and confined areas. Those are company claims. A site survey should test them rather than accept them. A separate Rovex and Sphaira pilot at the same Florida hospital tests a towing robot that grips existing beds and stretchers, according to Pulse. In Vienna, a local news report describes Hanusch Hospital testing a delivery robot that carries blood samples between the emergency department and the lab.

How do you define routes before any robot is assigned one?

Start with the floor, not the vehicle. Walk every candidate corridor, door, elevator bank and tight turn with the people who move stretchers and beds today. Mark the pinch points, the doors that need a person to open, and the hours when traffic peaks.

For each candidate loop, record the following:

• Start and end handoff points, and who receives the patient or bed at each one
• Elevator dependence, with observed wait times at the busiest hour
• Door types, and any door that still needs a staff member
• Stretcher or bed width at the tightest pinch point
• Equipment and visitor traffic that crosses the route at peak
• Any segment that passes through an active clinical area

Which staff roles must be named before the first run?

BayCare says the technology is meant to support staff rather than replace roles, and that framing should carry into scoping. Every run needs a person who requests it, a person who hands over the patient or bed, a person who receives it, and a person who responds when something goes wrong.

Write those roles as responsibilities, not just job titles. Confirm who can dispatch a unit, who can stop it, who clears a corridor, and who calls facilities about an elevator. Name a backup for each role, because a single person on one shift is a single point of failure.

What pause rules should you write, and what do public sources say?

This is where public information runs out. We searched for published guidance on when staff can pause a hospital transport robot and what escalation rules apply, and found none. Any pause protocol a site uses is its own work product, not an industry standard to copy.

Scope the question by listing the events that should trigger a pause. Examples include a clinical emergency in the corridor, a code response, a fire alarm, or a request from any staff member. For each trigger, name who stops the unit, how the route is cleared, and how the team resumes. Have the clinical lead and the facilities lead sign that list before any test run.

Test the pauses in stages. Start on an empty route, then run a staff member alongside the unit, and log every pause with its cause and its clearance time. A pause rule that exists only on paper has not been tested.

Which measures should you collect before any patient rides?

Collect a baseline before the robot makes a single trip. Time the manual transport runs on the same routes, at the same hours, and record who takes part in each run. Without that baseline, a pilot report can describe what the robot did but not whether anything got better.

Once runs begin, track completed runs as a share of requests, every stoppage and its reason, elevator waits, handoff delays, and near misses that staff report. A short staff survey on whether the robot saves or costs them time will add context, provided it is short enough that people finish it.

How do leaders agree on go or no go criteria?

Write the criteria before the data arrives. A go decision should name the routes that qualify, the minimum results on completion and stoppages that must hold for a period the group agrees in advance, and the conditions that trigger a no go. A near miss involving a patient, or a stoppage that staff cannot clear within the agreed time, are two examples a team might choose.

Ask the clinical lead, the facilities lead, nursing or transport leadership, and safety staff to sign the same document. Record what sends the pilot back to an earlier phase, not only what ends it. That second list is often the one that keeps a pilot honest.

Service Robot Co. approaches scoping this way with its customers. We are an OEM neutral commercial robot integrator. We select robots across manufacturers, then finance, deploy, integrate, train and service each unit through a nationwide US engineer network. Our offer is a three year lease with one fixed lease payment quoted after a site assessment, and that assessment is a natural point to gather the route and staff data described above.