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Financial model

Run the numbers on your building.

This is the same model we use in a walkthrough — labor displacement, fleet sizing, ownership cost, and payback. Change any input and the whole model recalculates.

Facility inputs

Live model
45,000 sq ft
2K100K200K300K400K
3 FTEs
$20.00/hr
0%
1×/day
8 hrs
5 days
switch to compare

sets the labor hours
locks exact numbers
not set
not set

We don’t publish list pricing — every deployment is quoted per site. Drop in the numbers from your quote and the model switches to exact: your payback month, your net cash, your 5-year position.

Included with every deployment

  • On-site mapping & commissioning
  • Crew training on your own floors
  • Annual service contract + parts held on both coasts
  • Buy outright or over 24–36 months — you own it either way
Per-unit economics PAYS BACK
Estimated payback on PUDU CC1 Pro
0months
$0/mo labor savings · 0 FTE returned
Robots needed
0 units
Coverage / shift
0 sq ft
Labor savings / yr
$0
Floor-care labor today
$0
Cumulative cash positionestimated payback range
Floor work available @ 8,000 sq ft/h 0 hrs/day · 0 hrs/yr

Labor hours returned / yr 0
Area per cleaner 0 sq ft

We don’t publish list pricing. The range above assumes typical U.S. pricing for this class of robot, and shifts with configuration, service terms, and volume. Add your quote on the left to see your exact numbers.

Estimates only. Based on published robot throughput and U.S. janitorial wage benchmarks. Actual results vary with floor type, layout, traffic, and shift structure. Not a quotation.

Methodology

How the model works.

Four steps, all auditable. Nothing hidden in a black box — you can reproduce every number by hand.

What we deliberately leave out

Recruiting and turnover cost, workers' comp premium reductions, chemical and water savings, and the revenue from taking on additional contracts. Every one of those is real, and every one is excluded — so the payback you see is the conservative case.

01

Size the fleet

Cleanable square footage × passes per day ÷ practical throughput, where practical throughput is the spec-sheet coverage (all-covered mode) × 85% for turns, obstacles, and refills. Each unit gets 6 productive hours a day.

02

Credit human hours, not robot hours

This is where most calculators cheat. We price the work at the pace a crew actually works — 2,800 sq ft/h mopping by default, 8,000 on a walk-behind, 14,000 on a ride-on — then credit those hours to the robot. A robot that finishes in 40 minutes what a cleaner takes 90 minutes on frees 90 minutes, not 40.

03

Cap at reality

Floor passes are roughly two-thirds of janitorial labor. Displaced hours can never exceed that share — the model won't promise you savings you can't staff.

04

Divide cost by monthly cash

You pay for the unit once, then service and maintenance each year. Payback = what the fleet costs ÷ what it puts back per month (savings minus service). No depreciation games, no discounted-cash-flow theatre — just the month the cash crosses zero. Use the range shown when you haven’t got a quote yet, and drop your quoted numbers into the fields to lock the exact month.

Fixed assumptions

The constants behind the math.

6 hr

Productive cleaning hours per robot per day, after charge and refill cycles.

85%

Real-world throughput versus rated coverage — turns, obstacles, and refills included.

67%

Share of janitorial hours that are floor passes. The rest — edges, restrooms, trash — stays with your crew.

5 yr

Equipment life for the long-run view. Payback itself is pure cash — what you pay divided by what it returns each month.

Reality check

When robots
don't make sense.

We turn down projects. Here's when.

At typical U.S. janitorial wages, one unit usually takes longer than three years to pay back below that size — the floor simply does not generate enough labor hours to displace. We'll usually recommend SH1 or a conventional walk-behind instead, and tell you so. Run your own number above before you take our word for it.

Scrubbers need hard, flat surfaces. Carpet-heavy sites should look at MT1 Vac for vacuuming, not scrubbing. Thresholds over 2 cm and heavy grating break coverage.

Robots earn their keep on long runs. If most of your area is individual offices under 200 sq ft, the route time eats the benefit — compact units help, but the math gets thin.

This is the real failure mode. Someone on your side needs 30 minutes a week to check dashboards and swap a brush. Without that, any robot — ours or a competitor's — ends up in a closet.

Send us your floor plan.
We'll send back a number.

Twenty minutes, one walkthrough, and a written coverage plan with modeled payback — no obligation, no pressure.