Scale and frequency
Extra-large spaces generate waste continuously; cleaning timeliness is demanding and coordinating many areas is hard.
Airports & transport hubs
Debris is generated around the clock and the deep clean has to fit into a short night window. C5 dust-mops during operating hours and scrubs the whole floor overnight.
Typical zonesDeparture / waiting areaPre-security check areaArrival / departure zonePassageways and escalator areas
The problem
Oil, dust, footfall and the hours you can clean decide the plan before a model does.
Safety in complex flows
High safety standards with complex traffic flow and congestion risks around cleaning operations.
Labour and cost
Limited flexibility in covering shifts raises management cost, turnover increases recruitment cost, and a heavy manual cleaning load means high labour expense.
One setup for the daily cleaning loop
The machines, the zones they cover and the records that prove what happened.
- 01Departure / waiting areaDust mopping by day, scrubbing at night4 passes/dayC5
- 02Pre-security check areaDust mopping plus overnight scrub4 passes/dayC5
- 03Arrival / departure zoneLight scrubbing4 passes/dayC5
- 04Passageways and escalator areasWet mopping2 passes/dayC5
Zone-based tasksZones scheduled by frequency
Digital managementTasks, coverage and anomalies stay traceable
Our approach
Three choices that change how the site runs.
Split the day by shift
Continuous dust mopping during operating hours, with one full-coverage scrub overnight before the terminal opens.
Extra attention where it matters
Zone-specific plans raise the frequency of high-sensitivity areas within each zone.
Pedestrian-aware and drier
Deep learning gives accurate pedestrian detection and fast response, while the dual-chamber squeegee leaves no residual water.
Zone-by-zone plan
Zone by zone, in the order the site actually runs them.
| Zone | Cleaning mode | Frequency | Unit |
|---|---|---|---|
| Departure / waiting area | Dust mopping by day, scrubbing at night | 4 passes/day | C5 |
| Pre-security check area | Dust mopping plus overnight scrub | 4 passes/day | C5 |
| Arrival / departure zone | Light scrubbing | 4 passes/day | C5 |
| Passageways and escalator areas | Wet mopping | 2 passes/day | C5 |
Before and after
The same work, before and after, on the metrics that matter to this site.
| Metric | Manual cleaning | With BRAWN robots |
|---|---|---|
| Manual cleaning load | Coverage limited by available staff | C5 fleet covers main routes continuously |
| Cleaning window | Manual cleaning interrupted by footfall | Dust mop by day, full scrub at night |
| Residual water | Wet floors raise slip risk | Dual-chamber squeegee reduces water |
| Process control | No effective control measures | Digital management, work is traceable |
Comparison figures are typical-scenario estimates from the solution handbook, not client measurements.
How it is delivered
From the first survey to a running fleet: the same four steps on every project.
Site survey
A walk-through of areas, surfaces, obstacles, lift and access-control conditions, plus the plumbing available for a docking station.
Configuration and estimate
Model mix, zone plan, cleaning frequency and consumable estimate. A labour comparison is included only when the customer supplies a reliable baseline; the current answer set has no verified before-and-after labour case.
Deployment plan
Staging plan, charging and docking positions, network and lift integration scope, and a training schedule for the operating team.
Remote diagnosis
The cloud platform reports equipment status and faults, and self-check covers sensors, motors and the main controller. Partners receive remote technical support for genuine product faults; site-network, water or drainage problems remain site responsibilities.
Adjacent scenarios
The next scenarios in the line.
