Most restaurants do not lose money on cooking. They lose it on the walk — the round trip from the pass to table nine, back for the next two plates, out again to clear a table while a guest waits to order. A restaurant delivery robot exists to remove that walk from the service floor, so the people you employ spend their minutes on guests instead of on carrying things.
This page covers what changes when a service robot joins a restaurant, what it has to get right to work among diners and chairs rather than in an empty aisle, which of our machines fits which venue type — and the floor-cleaning job that most restaurant projects discover they also have.
What actually changes when the robot carries the plates
The saving is not the food-carrying itself; it is the recovery of the minutes around it.
- Staff stop being a shuttle service. Tray runs, refills and clearing are the tasks that fragment a shift into two-minute errands. Handing them to a machine gives back continuous minutes for tables, till and kitchen coordination.
- Peak hours stop being a staffing cliff. Cover demand is not flat, but rotas are. A machine that takes the repeat journeys absorbs the spike without the restaurant hiring for a two-hour window it cannot fill.
- Guests see fewer people hurrying and more people attending. The table gets visited less often by someone passing through and more often by someone who stopped — which is the difference a guest actually notices.
- Deliveries continue when the floor is busy. Where the venue handles room or office drop-offs as well as dine-in, those runs no longer compete with service for the same pair of hands.
What a service robot has to get right in a restaurant
Restaurants are the least robot-friendly retail environment there is: narrow gaps, chairs moved mid-service, guests stepping out without looking, and trays that have to arrive presentable. A machine bought for a hotel corridor and dropped into a dining room will disappoint. Check these before anything else:
- Passage width between occupied tables. Measure the tightest gap the machine must pass with guests seated, not the empty-room measurement from the floor plan.
- Behaviour around people. Dine-in service means the robot shares the floor with unpredictable movement. It should slow, route around and signal its presence — not stop and wait for a clear aisle it will never get at 8 p.m.
- Lift and floor transitions. Multi-floor venues need the machine to ride the lift and pick up where it left off; thresholds and ramps should be part of the survey rather than a commissioning surprise.
- Hygiene and cleaning of the machine itself. Trays and shelves need to be wipeable and to come apart for a normal end-of-service clean. Ask how, and how long it takes.
- Noise and presence. A dining room is judged on atmosphere; a machine that announces itself to guests with a chime or a light pattern is fine in a transport hub and intrusive at a table for two.
- Where it charges and waits. Docking position decides whether the robot is available when the rush starts or still parked behind the service door. Plan the dock into the layout, not around it.
Two of these points are decided by the building rather than the robot: if the route crosses a glazed entrance, a long bare corridor or a heavily reflective floor, navigation needs supporting markers — the same principle covered in the floor marking guide, using QR floor markers where the machine has little geometry to lock onto.
Matching a restaurant delivery robot to your venue
Our delivery robots are positioned for different service patterns rather than different budgets. Pick by the pattern, then confirm the exact configuration for your layout:
- Panda — positioned as an autonomous service delivery robot for restaurants, hotels and offices. The general-purpose choice when the job is carrying service items between kitchen, pass and floor.
- Amy — the guest-facing unit, positioned for restaurants and hotels, where the machine interacts directly with guests and has to look and behave the part.
- De Li Ge — the multi-order machine, positioned for venues where one trip should carry several orders rather than one. Suited to high-volume service and long runs where trip count is the bottleneck.
- Shan Dian — the contactless handoff machine, for delivery patterns where the recipient should collect without an interaction — room drops, office floors, takeaway counters.
Configuration, capacity and payload for your site are confirmed against your layout and service flow — we would rather verify them with you than quote a number from a brochure. The full range sits in the delivery robot category, and multi-floor venues with guest areas usually pair a delivery robot with the cleaning plan in our hotel and hospitality page.
Front of house and back of house are two different routes
The most common planning mistake is treating “delivery” as one job. In practice there are two routes with different requirements:
| Front of house | Back of house / long runs | |
|---|---|---|
| The job | Carry plates and drinks to tables, clear back | Move stock, dishes and bulk items between kitchen, store and pass; room or floor drops |
| What matters most | Behaviour around seated guests, presentable appearance, quiet operation | Trip capacity, route length, lift integration, running through the whole shift |
| Typical choice | Guest-facing units such as Amy and Panda | Multi-order and contactless units such as De Li Ge and Shan Dian |
Deciding this first stops the classic mismatch: a machine bought for table service that nobody can pass comfortably in a narrow dining room, or a front-of-house robot sent to do a stock run it was never designed for.
The kitchen floor is a separate job — and usually the bigger one
Almost every restaurant project reaches the same conclusion a month in: the deliveries were never the hard part. Wet, greasy kitchen floors are, because they are both a slip risk and an inspection point, and they have to be cleaned at the same time the kitchen is busiest.
Two machines cover that job, and both are chosen for the floor rather than for the menu:
- Scrubber 50 — washes and dries hard floors in a single pass, so the strip behind the machine is walkable immediately: the difference between cleaning during service and closing an area to clean. It can be supplied in a configuration meeting IEC 63327, the safety standard for autonomous commercial cleaning equipment — worth specifying wherever people and a machine share a working floor.
- SC50 — compact enough to work between counters, fixed furniture and service stations, and designed to operate during opening hours rather than only after close.
The maintenance rhythm that keeps both available — brushes, pads, squeegees and filters on a schedule instead of a repair call — is set out in the maintenance checklist.
What to check before you order
- The tightest gap on the service route, measured with the room full.
- The exact route the machine will take, including lift lobbies and any glass or reflective stretch.
- Where it docks and charges, and whether that spot is free during service.
- Who washes the trays and shelves, and how long the machine is out of service for it.
- Which of the two routes — front or back of house — the machine is actually being bought for.
How to start
Send us a photo of the dining room from the pass, the width of your tightest service gap, and the number of floors the machine needs to reach. We will come back with a suggested machine, the route it would run, and the cleaning plan for the kitchen floor alongside it — configuration confirmed against your layout rather than assumed from a catalogue. Send the three details here, or compare the classes first in the machine overview and the wider industry guide.
- Service staff are the delivery systemEvery plate, drink and cleared table is a walk, and the walk is the service — the busier the room, the fewer minutes anyone has for guests.
- Peak demand against a fixed rotaThe ninety minutes that decide the evening are exactly the ones a rota cannot add people to at short notice.
- Tables are tight with guests seatedMeasure the pass-to-table gap with the room full, not on the floor plan — that single number decides whether a machine fits at all.
- Front and back of house treated as one jobA machine chosen for table service then gets sent on stock runs it was never planned for, and does neither job well.
- The kitchen floor is the job nobody costedGrease, water and slip risk in the busiest room, cleaned during the hours when the room is least available.
- The walk leaves the job descriptionTray runs, refills and clearing stop fragmenting a shift into two-minute errands.
- Peak hours stop being a staffing cliffRepeat journeys go to the machine instead of to a two-hour hire nobody wants to fill.
- Guests deal with people, not machineryStaff minutes move from carrying things to attending tables, which is what a guest actually notices.
- The kitchen floor gets cleaned during serviceWash-and-dry in a single pass keeps the strip behind the machine walkable while the kitchen is still working.
- Handoffs continue when the floor is fullRoom, floor and counter drops no longer compete with dine-in service for the same pair of hands.
Looking at the wider delivery-robot project? Read about what the building has to carry besides the payload and whether buying or a service model fits your site.