a hospital operator whose psychiatric care building and main laboratory sit 1.6 miles apart on public roads
How a Split Campus Saved 7,190 Minutes on Psychiatric Specimen Courier Runs
A documented hospital pilot moved 2,500+ samples across a 1.6-mile public road leg with a road-going delivery robot, saving 7,190 minutes of driver time over 521 laps.
- 7,190
- Minutes saved
- 521
- Laps completed
- 2,500+
- Samples moved
- 92%
- Autonomous share
Based on a documented real-world deployment. Figures are from public reporting; the organization is not named.
Two buildings, one lab, and a public road between them
Psychiatric care and acute diagnostics rarely share the same footprint. At this operator, the psychiatric care building and the core laboratory sat 1.6 miles apart, connected by public roads rather than a single indoor corridor.
Staff had been driving patient samples between campuses several times a day. Each lap took about 15 minutes, hit six pickup points, and pulled a driver away from bedside and clerical work that could not wait.
Leadership needed specimen integrity, predictable turnaround, and relief from repetitive courier mileage without adding another van shift.
- 1.6-mile route between psychiatric care and the main laboratory
- Six pickup points along the loop
- Roughly 15 minutes of driving labor per lap before automation
Piloting a road-going delivery robot on a fixed loop
The operator ran a structured pilot with a road-capable delivery robot on the existing loop. Cameras, radar, satellite navigation, and inertial sensors supported navigation on the public segment while staff kept control of loading and chain-of-custody handoffs.
The unit ran for 132 days, completing more than 2,500 sample moves with zero reported safety incidents during the published evaluation period.
Hospital teams treated the robot as another courier mode: defined stops, secured payload compartments, and clear escalation when weather or traffic interrupted the loop.
- Map the 2.6 km loop and six pickup points before go-live
- Train psychiatric and lab staff on load, seal, and release steps
- Monitor autonomy percentage and incident logs weekly during the 132-day pilot
Measured time returned to clinical staff
Over 521 laps, the operator documented about 7,190 minutes of manual driving time removed from staff schedules. That figure comes directly from multiplying completed laps by the roughly 15-minute manual baseline the hospital reported.
The route ran about 92% autonomously during the pilot, which kept couriers available for exceptions while the robot handled the predictable mileage.
For each sample delivered, staff gained about one extra minute for patient-facing work. Across 132 days that added up to roughly 19 additional patient-care minutes per day in the published summary.
What US health systems can take from the pilot
This is not a Service Robot Co. deployment. It is a verified example of hospital delivery robot rental logic applied to a split campus where pneumatic tubes or indoor AMRs were never practical.
Service Robot Co. helps US operators compare indoor hospital delivery robots, outdoor courier platforms, and phased pilots with financing, site assessment, mapping, training, and nationwide service through regional engineers.
If your psychiatric, rehab, or outpatient sites feed a central lab across streets or parking lots, the decision is less about novelty and more about whether repetitive transport automation can return measured minutes to licensed staff.
