Insight
How to build a business case for service robots in Australian hospitality
A credible business case for service robots in an Australian restaurant, club or hotel rests on three measures: the staff hours a robot redirects from carrying and clearing, the peak shifts it helps you cover, and its effect on guest experience, set against the full cost of ownership. Start with one or two repetitive tasks such as running plates, bussing or room delivery, measure a baseline, and prove the numbers in a time-boxed pilot before rolling out.
Key takeaways
- Target repetitive carrying tasks first. Running plates, bussing and room delivery are easier to measure and hand over than anything guest-facing.
- Measure the value in redirected hours, meaning what staff do with the time or the agency and overtime shifts you no longer need.
- Model peak shifts separately. Weekend and late-night trade is where walking time bottlenecks service and where award penalty rates apply.
- Cost the whole deployment, including Wi-Fi, lift readiness, training, servicing and the staff time needed to manage the robots.
- Agree success measures before the pilot starts, and run it long enough to include several busy weekends.
Most hospitality operators do not need convincing that staffing is hard. Accommodation and food services recorded about 34,000 job vacancies in the ABS survey for May 2026, after sitting between about 37,700 and 40,600 in each of the five quarters before that. Jobs and Skills Australia’s 2025 Occupation Shortage List still shows cooks in national shortage and chefs in regional shortage. In 2024 the ABC reported the restaurant industry’s peak body saying many operators had cut trading days because of staffing constraints.
That pressure does not make a robot the answer by itself, but it is a good reason to write a business case that a CFO or board can test.
Which tasks should a service robot take on first?
Pick tasks that are repetitive, measurable and physically separate from the guest conversation.
| Task | Typical setting | What the robot does | What staff do instead | What to measure |
|---|---|---|---|---|
| Running plates | Restaurants, bistros, club dining rooms | Carries dishes from the pass to a table zone | Serve at the table, upsell, check back | Runs per service, pass wait times |
| Bussing and tray return | Buffets, bistros, function rooms | Carries dirty plates and glassware to the dish area | Clear and reset tables faster | Table turn time, trips saved |
| Room delivery | Hotels, serviced apartments | Delivers amenities, towels and room service | Stay at the front desk or on the floor | Deliveries per shift, time to door |
| Function support | Clubs, event venues | Moves drinks, canapés or returns between rooms | Focus on guests during peak moments | Staff walking time per event |
Tasks that depend on judgement, cash handling or alcohol service stay with people.
How do you measure labour hours redirected?
Measure before you buy. For two or three representative services, count how many trips staff make for the target task and time a sample of round trips from pass to table and back. That gives you a baseline in minutes per service.
Then estimate the share of trips a robot could realistically take. Not every table will be reachable: steps, tight booths, outdoor terraces and carpeted areas with raised thresholds can all limit routes.
Redirected hours only have financial value if one of these happens:
- A shift, agency booking or overtime block is no longer needed.
- Staff spend the time on something that earns revenue or protects it, such as faster table turns, more attentive service or upselling.
- You can open a section, a function room or an extra trading day you currently cannot staff.
If none of these applies, the benefit may be real for staff wellbeing but it will not show in the numbers. Say so in the business case.
Why do peak shifts matter more than averages?
A venue that copes on a Tuesday lunch can fall behind on a Saturday dinner or a Sunday breakfast, when walking distance between pass and floor becomes the bottleneck and food waits at the pass.
Peaks also cost more. Under Australian awards, employees can be entitled to penalty rates for weekends, public holidays and late nights, and the Fair Work Ombudsman’s pay tools set out the rates for your award. Model your peak services separately, using your actual rostered cost for those shifts rather than a weekday average.
Guest experience belongs here too. Track complaints about wait times, pass-to-table time and online review mentions before and after. Count any novelty value as a bonus and keep it out of the core numbers.
What costs belong in the business case?
A full cost list covers:
- Equipment: robots, charging docks, trays or compartments.
- Site assessment and deployment: mapping, route design, configuration and testing.
- Network readiness: Wi-Fi coverage survey and any access point upgrades along every route.
- Lift and door readiness: interface hardware, lift contractor fees and building owner approval for multi-floor routes.
- Training and change management: operators, supervisors and all floor staff, including new starters.
- Service and support: servicing, parts, warranty administration and software updates.
- Consumables and wear items: trays, covers and eventually replacement batteries.
- Internal time: a named owner on each shift who handles assists and reports faults.
- Minor works: threshold ramps, dock locations and signage.
A worked example with hypothetical inputs
These figures are hypothetical and only illustrate the method. Replace them with your own baseline.
| Input (hypothetical) | Value |
|---|---|
| Plate runs per dinner service | 180 |
| Average round trip, pass to table and back | 90 seconds |
| Share of runs the robot can take | 50% |
| Dinner services per week | 6 |
Walking time handed to the robot per service is 180 × 50% × 90 seconds, or 2.25 hours. Across six services that is 13.5 hours a week.
To turn hours into dollars, multiply by your fully loaded hourly cost for those specific shifts, including penalty rates, superannuation and other on-costs, but only for the hours you can bank under the three tests above. Then:
- Annual benefit = bankable hours × loaded hourly cost + any revenue from extra covers or trading.
- Annual running cost = service, support, consumables and internal time.
- Payback period = upfront costs ÷ (annual benefit − annual running cost).
Run the calculation three times, with conservative, expected and optimistic trip shares. If the case only works on the optimistic line, it is not ready.
What are the main risks?
Narrow aisles, steps and crowded bars limit routes, and Wi-Fi dead spots stop robots mid-route. Staff who are not trained or consulted work around the robot. Children, prams and crowded function floors slow robots down. In hotels, room delivery competes for lifts at peak checkout and meal times.
How do you move from pilot to rollout?
- Choose one venue and one or two tasks with a measured baseline.
- Write down success measures and the decision you will make if they are or are not met.
- Deploy, train and consult staff before go-live.
- Review weekly: trips completed, assists needed, pass times, staff feedback.
- Decide at the agreed date. Expand to more tasks, more robots or more venues only on evidence.
Robotx can help you scope the tasks, measure the baseline and cost a deployment for your venue.
Sources
- Australian Bureau of Statistics: Job Vacancies, Australia, May 2026
- Jobs and Skills Australia: Shortages ease but gaps persist in 2025 Occupation Shortage List
- Service and Creative Skills Australia: Jobs and Skills Australia's 2025 Occupation Shortage List
- ABC News: Hospitality sector grapples with severe skills shortage (September 2024)
- Fair Work Ombudsman: Allowances, penalty rates and other payments