Commercial robot pricing & RaaS guide
What commercial robots actually cost — cleaning, delivery, and material-handling — by model and tier, buy vs. Robotics-as-a-Service, and the labor math behind the decision.
Commercial service robots run roughly $16k–$18k to buy for delivery units and $22k–$96k for cleaning robots; material-handling units (autonomous forklifts, tuggers) are capital-class and quote-based. Robotics-as-a-Service (RaaS) rentals run roughly $335/month for a delivery robot up to ~$2,000/month for a large scrubber, with deployment, service, and a backup folded in. The deciding number is labor: a robot on RaaS typically runs 4–6× cheaper than the full-time role it offloads, on the repetitive open-floor portion of the work.
Illustrative, not a quote. Every price on this page is a publicly-reported market range, framed as an estimate — not a quote, and not any manufacturer’s exact contract price. The real number depends on configuration, term, volume, region, and what deployment requires. We confirm it for your site in a quote.
What this guide covers
Pricing is the hardest thing to find an honest answer to in commercial robotics — most vendors hide it behind a "request a quote" wall because the real number depends on configuration, term, volume, and region. This guide gives you the publicly-reported ranges anyway, by robot type and by model, so you can sanity-check a budget before you ever talk to a salesperson. Every figure here is a market range framed as "starting around," not a quote and not any manufacturer's exact contract price.
There are two ways to pay for a commercial robot, and the choice usually matters more than the model: buy it outright as a capital purchase, or run it on Robotics-as-a-Service (RaaS) — a monthly fee that folds in the robot, deployment, service, and a backup unit. Below we cover what each robot type costs to buy and on RaaS, what RaaS actually bundles, the rent-vs-buy math, and the labor case that drives almost every deployment.
Commercial robot pricing by type
The headline ranges by robot category — what each costs to buy outright and on Robotics-as-a-Service. Publicly-reported market ranges, framed as "starting around" — not quotes.
| Robot type | Buy (range) | RaaS / month (range) | What drives the number |
|---|---|---|---|
| Delivery / serving robots | ~$16k–$18k | ~$335–$550/mo | Form factor, tray count, multi-floor / elevator integration |
| Cleaning robots (scrubbers) | ~$22k–$96k | ~$600–$2,000/mo | Size / path width, runtime, coverage rate, surface |
| Material handling — tuggers | Quote-based (capital-class) | RaaS available | Payload, whether it needs infrastructure (zero-infra is cheaper TCO) |
| Material handling — autonomous forklifts | Quote-based (capital-class) | RaaS available | Lift capacity, deployment / safety setup, integration |
| Disinfection / inventory / companion | Quote-based | Per-unit subscription | Protocol, software, per-site program |
Illustrative only — publicly-reported ranges, not quotes. Exact pricing depends on configuration, term, volume, region, and what deployment requires. We confirm the real number for your site in a quote; we do not publish any OEM’s exact contract price as a fact.
Pricing by model & tier
Named units across the main OEMs, with illustrative buy and RaaS figures. These are publicly-reported market figures, framed as "starting around" — not quotes, and not any OEM’s exact contract price.
| Model | Type | RaaS / mo (illustrative) | Buy (illustrative) |
|---|---|---|---|
| Pudu BellaBot | Delivery / serving (multi-tray) | ~$335/mo | ~$15.9k |
| Keenon T10 | Delivery / serving (multi-tray) | ~$542/mo | ~$17.9k |
| Pudu CC1 | All-in-one scrub / sweep / vac | ~$917/mo | ~$22k |
| Avidbots Neo 2 | Large autonomous scrubber | ~$600–$900/mo | ~$40k–$60k |
| Gausium Scrubber 75 | Large ride-on-class scrubber | ~$2,013/mo | ~$90k–$96k |
| Gausium Phantas | Compact scrubber-vac | On RaaS | ~$24k |
| ICE Cobotics Cobi 18 | Compact cobotic scrubber | ~$600/mo (subscription) | Subscription-led |
| Seegrid Lift CR1 | Autonomous forklift (~4,000-lb class) | RaaS available | Quote-based (capital-class) |
| Peer Robotics Peer 3000 | Collaborative tugger (~3,000-lb, zero-infra) | RaaS available | Quote-based |
Illustrative only — publicly-reported market figures (e.g. Gausium Scrubber ~$2,013/mo or ~$96k buy · Pudu CC1 ~$917/mo · BellaBot ~$335/mo · Avidbots ~$600–$900/mo · Keenon T10 ~$542/mo), not quotes. We do not publish any OEM’s exact contract price as a fact; we confirm the real number for your site in a quote.
What Robotics-as-a-Service (RaaS) actually bundles
Robotics-as-a-Service is not just a rental — it is the robot plus everything that keeps it working, rolled into one monthly fee. The reason it dominates commercial robotics is that the robot is the small part of total cost; the deployment and the upkeep are where the real money and risk live, and RaaS moves both to the vendor. When you compare a RaaS fee to a purchase price, you are not comparing like for like — the purchase price is just the hardware.
A well-structured RaaS fee folds in the following, so a single number on a monthly invoice covers what would otherwise be four or five separate line items and one big capital outlay:
- The robot itself — on site, configured, and ready to run.
- Deployment — floor-mapping, route-building, and (where relevant) elevator or safety integration.
- Service & repairs — ongoing maintenance and a fast fix when something breaks.
- A backup unit — a swap when yours goes down, so downtime is the vendor’s problem, not yours.
- Software & updates — the subscription and platform the robot runs on.
- Support — one number to call, backed by a service network.
RaaS vs. buying: the real trade-off
Renting on RaaS and buying outright are not "cheap vs. expensive" — they trade capital, risk, and flexibility differently. Here is the honest side-by-side.
| Factor | RaaS (monthly) | Buy (capital) |
|---|---|---|
| Upfront cost | Low — a monthly fee, no capital outlay | High — the full purchase price up front |
| Maintenance & repairs | Included — folded into the fee | Yours — your team or a service contract |
| Downtime risk | On the vendor — a backup unit swaps in | On you — you absorb the lost time |
| Deployment & integration | Included | Separate cost / project |
| Flexibility | Scale up for peak, hand back after | Idle hardware in slow months |
| Cheaper per hour when… | Utilization is one or two shifts; model still maturing | Very high, steady utilization once the model is proven |
A general framework, not a substitute for the real total-cost math against your utilization — which we model in a quote. Buying is cheaper per operating hour only at high, stable utilization; for most facilities RaaS wins because the purchase price is the small part of total cost of ownership.
The 4–6× labor math (illustrative)
Almost every commercial-robot deployment is justified by labor, not capital — and the math is consistent across categories. Take cleaning: a full-time commercial cleaner running an overnight floor costs roughly $3,500–$4,500/month all-in (wages, payroll taxes, turnover, supervision). A mid-size cleaning robot on RaaS runs roughly $600–$900/month and covers the same open floor without calling in sick, turning over, or skipping the far aisle at 4am. That is a rough 4–6× labor-cost advantage on the repetitive open-floor portion of the job.
The same shape holds for delivery and material handling: a robot on RaaS runs a fraction of the cost of the full-time role whose repetitive trips it absorbs — server runs in a restaurant, specimen runs in a hospital, milk runs in a warehouse. The honest framing throughout: the robot does not replace the person. It takes the repetitive 70–80% — the open floor, the back-and-forth, the lift — so the same team covers more, or a smaller team spends its hours on the work only a human can do. Run the numbers against your real role and we will build the side-by-side in a quote.
- Full-time overnight cleaner (all-in): ~$3,500–$4,500 / month — illustrative.
- Mid-size cleaning robot on RaaS: ~$600–$900 / month — illustrative.
- Net: a rough 4–6× labor-cost advantage on the open-floor portion of the work.
- The robot takes the repetitive 70–80%; people keep the detail and judgment.
- These are illustrative ranges with stated assumptions, not a guaranteed result.
Why pricing through an integrator beats a bare OEM quote
A bare-OEM quote prices the hardware and leaves you to source the rest — financing, deployment, integration, training, and service — across several vendors. The "cheap" robot on the spec sheet stops being cheap once you add the deployment project, the maintenance contract, and the downtime when it breaks and parts ship from overseas. The real number is the total cost of getting and keeping a working robot on your floor, and an OEM quote only shows you the first line of it.
Service Robot Co. is the one vendor for all five — sales, integration, financing, deployment, and nationwide service — and OEM-neutral about which unit. We price the whole working deployment, surface buy-vs-RaaS so your finance team picks the structure, and carry the service and the backup. You get one honest number for an outcome, not a hardware price plus a stack of vendor invoices to chase.
Coverage
Service nationwide.
Service nationwide. 3,000+ service engineers across all 50 US states, 85+ metros with closest-hub dispatch. 10-minute remote triage, 24-hour on-site dispatch, 24/7 emergency response.
All 50
US states covered
85+
metros with closest-hub dispatch
3,000+
service engineers in the US
Remote triage
10-minute remote triage during business hours
Nationwide dispatch
24-hour nationwide on-site dispatch
Emergency response
24/7 emergency response
Pricing questions
- How much does a commercial robot cost?
- It depends on the type. Delivery and serving robots run roughly $16k–$18k to buy or ~$335–$550/month on Robotics-as-a-Service. Cleaning robots (scrubbers) run roughly $22k–$96k to buy or ~$600–$2,000/month on RaaS. Material-handling units (autonomous forklifts, tuggers) are capital-class and quote-based. These are illustrative market ranges, not quotes — we confirm the real number for your site in a quote.
- How much does a cleaning robot cost?
- A commercial cleaning robot runs roughly $22k–$96k to buy or ~$600–$2,000/month on RaaS, depending on size. A Pudu CC1 starts around $22k (~$917/month); a large Gausium Scrubber 75 runs around $90k–$96k (~$2,013/month); an Avidbots Neo 2 runs around $40k–$60k (~$600–$900/month). These are illustrative ranges, not quotes.
- How much does a delivery or serving robot cost?
- Delivery and serving robots run roughly $16k–$18k to buy or ~$335–$550/month on RaaS. A Pudu BellaBot starts around $15.9k (~$335/month); a Keenon T10 around $17.9k (~$542/month). These are illustrative market ranges, not quotes; we confirm the real number for your site in a quote.
- What is Robotics-as-a-Service (RaaS) and what does it include?
- RaaS is a monthly fee that bundles the robot plus everything that keeps it running: deployment (floor-mapping, integration), ongoing service and repairs, a backup unit when yours goes down, the software subscription, and support. It moves the deployment cost and the downtime risk to the vendor, which is why most facilities choose it — the robot itself is the small part of total cost of ownership.
- Is it cheaper to rent (RaaS) or buy a commercial robot?
- For most facilities, RaaS is cheaper in practice because it folds in deployment, service, parts, and a backup, and moves downtime risk to the vendor. Buying is only cheaper per operating hour at very high, steady utilization, once your team can carry the maintenance and the model is proven. The purchase price is the small part of total cost of ownership.
- How much labor does a robot actually save?
- On the repetitive, open-floor portion of the work, a robot on RaaS typically runs 4–6× cheaper than the full-time role it offloads. For cleaning, a mid-size scrubber on RaaS (~$600–$900/month) versus a full-time overnight cleaner (~$3,500–$4,500/month all-in) is a rough 4–6× advantage. The robot takes the repetitive 70–80%; people keep the detail and judgment. These are illustrative ranges, not a guaranteed result.
- How much does an autonomous forklift or tugger cost?
- Material-handling units are capital-class and typically quote-based rather than list-priced. The bigger cost driver is often what deployment requires: a zero-infrastructure unit like the Peer Robotics Peer 3000 tugger (~3,000-lb class, learns its route) can have a far lower total cost than a cheaper machine that needs guide-path install or re-racking. We model the real total cost, including buy-vs-RaaS, in a quote.
- Why don’t robot companies publish pricing?
- Because the real number depends on configuration, term, volume, region, and what deployment requires — so most default to a "request a quote" wall. We publish the honest ranges anyway so you can sanity-check a budget up front, then confirm the exact number for your site. The ranges here are publicly-reported market figures, framed as estimates, never an OEM’s exact contract price.
Go deeper
Category buyer guides
How pricing works
Get a real number for your site.
The ranges here get you to a budget. We confirm the exact number — buy or RaaS — for your robot, your site, and your utilization, before you commit a dollar.