Commercial delivery robots · buyer guide
The back-and-forth, handled.
Wheeled robots that run the back-and-forth in restaurants, hotels, and hospitals — compared across the main OEMs, with real pricing ranges and which unit fits which vertical.
- All 50
- US states served
- 85+
- metros, closest-hub dispatch
- <10 min
- 24/7 tech support
- 24/7
- emergency response
Who this is for
Built for high-traffic floors that run staff off their feet.
Restaurants & hospitality
Especially high-volume and hot-pot / buffet operators — we already service delivery robots on live restaurant floors.
Senior living
Amenity, meal, and supply runs across a big floor, so staff stay with residents.
What it is
A commercial delivery robot is a wheeled robot that carries food, room service, samples, or supplies point-to-point indoors on its own. Buy prices run roughly $16k–$18k per unit; Robotics-as-a-Service rentals run roughly $335–$550 per month. The right unit depends on your vertical — restaurant, hotel, or hospital. Service Robot Co. picks the OEM, finances it, deploys it, and services it nationwide.
Pricing and specs on this page are publicly-reported market ranges, framed as estimates — not quotes. We confirm the real numbers for your site in an assessment.
See it running on your floor.
We scope the work on a site assessment and prove the system on your operation before you commit.
Inside the operation
One delivery run, stage by stage.
The operation is the same loop your staff walk all shift. Here is where the robot takes the trip.
Field notes
75-80%
Annual restaurant floor-staff turnover.
National Restaurant Association, 2025
70%
Operators who say they cannot fill open roles.
National Restaurant Association, 2025
~2x
Hospitality turnover versus the all-industry average.
US Bureau of Labor Statistics, 2025
Support & service
Service nationwide.
- 24-hour nationwide on-site dispatch.
- 10-minute remote triage during business hours.
The operation, up close
What actually decides the outcome.
How a delivery robot fits each vertical
The same category looks different in each setting, and the wrong form factor is the most common mistake. Pick the unit by the run it has to make, not by the demo.
- Restaurants — a tray-carrier (a food-running robot) runs plates from the kitchen to the table and bussing back during a rush, so servers cover more tables. A greeter/marketing unit (a delivery robot) handles seating + light delivery up front.
- Hotels & resorts — a closed-cabinet unit delivers room service, towels, and amenities from the back of house to the guest door, usually with elevator integration so it runs multiple floors.
- Hospitals & clinics — an enclosed, lockable-tray unit (a delivery robot) moves lab samples, medications, and supplies between wards so clinical staff stay with patients.
- Senior living & offices — amenity, mail, and supply runs across a large floor plate, freeing staff for resident- and guest-facing work.
Buy vs. RaaS for delivery robots
Like the rest of the category, delivery robots sell either outright (~$16k–$18k per unit) or on Robotics-as-a-Service (~$335–$550/month) that folds in deployment, route-mapping, service, and a backup. Because a single restaurant or hotel often runs one or two units and the payback is driven by labor hours saved, RaaS is the common choice — it keeps the capital free and moves the downtime risk (a dead robot in the middle of a dinner rush) to the vendor.
The labor case for delivery robots (illustrative)
A delivery robot earns its keep by giving staff their steps back. In a restaurant, a server can spend a third of a shift walking plates and bussing; a tray-carrier on RaaS (~$335–$550/month) absorbs those trips so the same servers cover more tables and tips go up. In a hospital or hotel, the runs a robot takes off clinical or housekeeping staff are hours those staff give back to patients and guests.
The honest framing: this is not a headcount cut, it is a reach multiplier. The robot runs the repetitive trips so your people do the work that needs a human — the table, the patient, the guest. Run it against your real shift and we will build the side-by-side in a quote.
- Delivery robot on RaaS: ~$335–$550 / month — illustrative.
- Payback driver: server/staff trips absorbed, not headcount removed.
- These are illustrative ranges with stated assumptions, not a guaranteed result.
What the OEM does not do
Five things an integrator carries that a bare OEM does not.
Buying the robot is the easy part. This is the rest of the job.
Sales, neutrally
We pick the right unit for your floor from the whole market, instead of fitting your operation to the one product a maker happens to sell.
Integration
We wire the robot into the software that runs your operation, so it knows what to do next. A robot with no hook-up is an expensive paperweight.
Financing
Buy vs. Robotics-as-a-Service, surfaced honestly with the real total-cost math, so your finance team picks the structure that fits utilization.
Deployment
Mapping, setup, safety, and commissioning on a live floor. The part most direct buyers underestimate, and where projects stall.
Nationwide service
A US engineer network with a backup unit ready, so a dead robot is our problem, not your shift. The one thing most OEMs cannot offer a US customer.
All five, carried for you.
Tell us the floor and the job. We answer with the unit, the math, and the plan.
Get a quoteFrom our blog
Reading for the decision you are making.
- Use casesAMRs for Campus Commissary Route DeliveryLearn how campus commissaries use AMRs for timed food, ingredient, and supply routes, with safe carts, access control, and return logistics.
Trends & dataCleaning Robots Rise as Hospitality Robots SlipIFR's 2025 data shows cleaning robot sales up 34% while hospitality fell 11%. Here is what task clarity and deployment friction mean for buyers.
Industry newsWhat D.C.'s 2026 Robot Permits Mean for DeploymentsD.C.'s latest sidewalk robot permits show how geofencing, route limits, and public-space rules are becoming real deployment constraints.
Industry newsLittle Caesars Tests Delivery Robots in Dense CitiesWhat restaurant operators should learn from Little Caesars' new robot delivery test in Los Angeles, Chicago, and Miami, with San Jose next.
Two ways to buy
An integrator, or direct from the OEM.
A comparison of the two purchasing models, not a knock on any one maker. Many OEMs partner with integrators precisely to close this gap.
Robots on this operation
The machines doing the work.
Compare the options
Comparison
Commercial delivery robots compared
The main options and their lead units, with the vertical each fits best. Figures are publicly-reported market ranges, framed as "starting around" — not quotes.
| Form factor | Best-fit vertical | RaaS / mo (range) | Buy (range) |
|---|---|---|---|
| Multi-tray carrier | Restaurants — running + bussing | ~$335/mo | ~$15.9k |
| Greeter + light delivery | Restaurants / retail front-of-house | Available on RaaS | Quote-based |
| Enclosed heavy-load cabinet | Bussing, hospitals, back-of-house | Available on RaaS | Quote-based |
| Multi-tray carrier | Restaurants, hotels | ~$542/mo | ~$17.9k |
| Compact tray carrier | Smaller dining rooms | Available on RaaS | Quote-based |
| Tray carrier | Restaurants, hospitality | Subscription-led | Quote-based |
| Shelf / cabinet carrier | Hotels, hospitality, facilities | Via dealer | Quote-based |
Illustrative only — publicly-reported ranges, not quotes. Exact pricing depends on configuration, term, volume, and region. We confirm the real number for your site in a quote; we do not publish any OEM’s exact contract price as a fact.
What to weigh when you compare delivery units
The factors that decide whether the robot runs your building, not a demo floor.
| Factor | Why it matters |
|---|---|
| Form factor (open tray vs. closed cabinet) | Open trays suit food running; closed, lockable cabinets suit samples, meds, linens, and bussing. The wrong one is the most common buying mistake. |
| Multi-floor / elevator integration | Hotels and hospitals need the robot to call and ride elevators. Confirm the building supports it before you commit — not every site does. |
| Payload + tray count | How much it carries per trip drives how many trips it saves. Match it to your real run, not the peak spec. |
| Navigation in crowds | A dining-room unit has to weave around moving people and chairs reliably. Crowd handling, not top speed, is what earns its keep. |
We confirm these against your real floor plan and runs on a walkthrough before recommending a unit.
On the floor
Where you'll see it working.
Decision guide
Which delivery robot fits your operation?
Route yourself by vertical and run. We confirm the fit — including any elevator integration — on a walkthrough.
Restaurant running plates + bussing during a rush
A multi-tray, food-running robot. Crowd navigation and tray count matter most.
Restaurant that also wants greeting / seating help up front
A greeter delivery robot for front-of-house, optionally paired with a tray carrier for the floor.
Hotel delivering room service + amenities across floors
A closed-cabinet delivery unit with elevator integration. Multi-floor support is the decider.
Hospital moving samples, meds, and supplies between wards
An enclosed, lockable-tray delivery robot that keeps the load secure and runs corridors reliably.
Senior living / large office doing mail + amenity runs
A shelf or cabinet carrier matched to your floor plate, deployed to run the repetitive loops staff walk today.
Honest fit check
Who a delivery robot is NOT for
A delivery robot is the wrong call when the building or the runs do not suit it:
- Tight, cramped dining rooms with no clear robot lane — it will get stuck behind chairs and people more than it helps.
- Heavy stairs / split levels with no elevator the robot can use — it cannot climb, and forced multi-floor without elevator integration is a non-starter.
- Very short runs (kitchen two steps from the pass) — a person is faster than a robot that has to navigate the gap.
- Operations unwilling to adjust flow even slightly — the robot needs a lane and a docking spot; a building that cannot give it either will fight it.
- A single low-volume run with no labor to redeploy — utilization is too low to pay back.
Proof
Deployments we can point to.
Featured case study2x room-service volumeHotel Delivery Robot Case Study: Room Service Volume DoubledSee how a 269-room downtown lifestyle hotel in Canada doubled room-service volume in one year after deploying a contact-free delivery robot.Read the case studyCommon questions
Cities we serve
Deep local pages for the metros where we have the most delivery robots demand.
Start with a free site assessment.
We walk your site, learn the job, and tell you which unit fits — OEM-neutrally — before you commit a dollar. If nothing fits yet, we say so.
Find the robot that fits your site.
Free site assessment. We tell you what actually works before you spend a dollar.