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a large retailer's new corporate campus spanning 14 buildings and more than 2 million sq. ft.

A Large Retailer's Campus Scales 50 Cleaning Robots Across 14 Buildings

A large retailer's new corporate campus runs 50 autonomous cleaning robots across 14 buildings and reports an 18.7% efficiency gain within six months.

Deployment at a glance

50
Autonomous cleaning robots in service across the campus
14
Buildings on one corporate campus
2M+ sq. ft.
Floor area covered across the whole campus
18.7%
Efficiency gain reported within six months

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

Bright corporate office lobby with polished floors, glass walls and open seating areas across a large campus.
Photo: Max Vakhtbovych

Scaling one building's cleaning program across a campus

Floor care on a campus this size is a coverage and scheduling problem before it is a cleaning problem. A large retailer's new corporate campus spanning 14 buildings and more than 2 million sq. ft. had to keep a very large floor area clean across many separate buildings. The question for facilities teams was not whether a robot can clean, but whether a robot program can scale.

That distinction matters. A program that works in one building can still strain once it spans a whole campus, with many buildings to cover, many units to keep working and one operation to oversee. Large facility coverage asks more of deployment, coordination and service than any single machine does.

A pilot across key buildings, then campus wide coverage

The rollout began with a pilot across key buildings. The approach was technology agnostic, which meant the program was not tied to one robot make and drew on several manufacturers instead. A pilot of this kind tests a campus program in the buildings that matter most before it grows.

The program then grew to 50 autonomous cleaning robots deployed across 14 buildings. Phased deployment of this kind lets a facilities team check each building before the next one joins, and it keeps daily operations running while that happens.

  • Pilot across key buildings to test the program on real floors
  • Scale to 50 autonomous cleaning robots across 14 buildings
  • Mix robots from several manufacturers under one program
  • Track efficiency across the rollout until the campus is covered
A cleaning crew working across a large office floor during a scheduled overnight shift.
Photo: Caleb Oquendo

An 18.7% efficiency gain within six months

The headline result is an 18.7% efficiency gain, reported as reached within six months of the program running across the campus. The program is also described as reducing manual labor by thousands of hours. Read the 18.7% as one operation's six month result, not as a benchmark that will hold on every campus.

Coverage was the other half of the story. Fifty robots spread across 14 buildings and more than 2 million sq. ft. of floor is a scale that no single unit could reach, and it is the scale the reported gain describes.

What a campus rollout asks of an integrator

A facilities manager reviewing a building floor plan on a tablet before a site rollout.
Photo: Tiger Lily

This is a documented real world example we analyze, not a deployment we ran, and it is not a client story. Service Robot Co. is a full service, OEM neutral commercial robot integrator for US businesses. We select robots across manufacturers, finance them through robot leasing, deploy and integrate them, train staff, and service every unit through a nationwide US engineer network, so one partner covers the whole lifecycle.

Our offer is a three year lease with one fixed payment quoted after a site assessment, which lets a business start with one leased unit and widen the program as the results come in. That is the same path this campus took, a pilot first and then coverage across the buildings. The site assessment is where a facilities team maps the floors that will carry the program.

Frequently asked questions

This example shows that it can. A pilot across key buildings came first, followed by a larger rollout of 50 autonomous cleaning robots across 14 buildings. Phasing the work lets a facilities team check each building before the next one joins the program.

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