Industry and Economics
Professional Service Robots: The Segments That Actually Sell
Nearly 200,000 professional service robots sold in 2024. Transport and logistics took 102,900 of them, hospitality 42,000, and the fastest growth was in how they are paid for.
Almost 200,000 professional service robots were sold in 2024, up 9 %. One segment dominates: transport and logistics took 102,900 units, more than half the total and up 14 %. Hospitality is second at over 42,000 units and fell 11 %. The most striking figure is not a segment at all: the robot-as-a-service fleet grew 31 %, and that channel grew 42 % in 2024.
The segments
| Segment | Units | Change | What the robots do |
|---|---|---|---|
| Transport and logistics | 102,900 | +14 % | Mobile robots moving goods, mostly indoors without public traffic |
| Hospitality | above 42,000 | -11 % | Mobile guidance, information points, telepresence |
| Medical robotics | growing | driven by demographics | Surgery, rehabilitation, logistics inside hospitals |
| Professional cleaning | substantial | Floor cleaning in commercial buildings | |
| Agriculture | smaller | Milking, weeding, harvesting support | |
| Inspection and maintenance | smaller | Plant rounds, infrastructure inspection | |
| Total professional use | ≈ 200,000 | +9 % |
Why logistics dominates
Indoor goods transport has properties that almost no other service application shares, and they explain the 102,900 units directly.
- The environment is controlled. A warehouse floor is flat, mapped, lit and free of public traffic, which removes most of the perception and safety difficulty that defeats robots elsewhere.
- The task is repetitive and measurable. Moving a tote from A to B has an unambiguous success condition and a countable output, which makes a business case easy to write.
- Labour is scarce and the work is unpopular. Walking 12 km a shift is a position that is hard to fill in many markets.
- The safety framework exists. ISO 3691-4 covers driverless trucks, so the compliance route is established rather than improvised.
- The return is countable. Trips per hour multiplied by a labour rate is a calculation a finance function accepts.
The hospitality decline of 11 % is the mirror image. Public environments carry unpredictable people, no established safety framework tailored to the task, weaker labour economics and a much harder business case, and the numbers reflect that.
The channel is changing faster than the segments
Traditional sales remain the main route to market, and the service-based channel is growing far faster: the robot-as-a-service fleet expanded 31 % and that monetisation channel grew 42 % in 2024. Three reasons make service robots particularly suited to it.
- Customers lack engineering capacity. A hotel, a hospital or a distribution centre rarely has robotics engineers, so a package including deployment and maintenance is what makes adoption possible at all.
- Demand is variable. Seasonal peaks in logistics and hospitality suit a model where capacity can be added and removed.
- Technology is moving. Renting transfers obsolescence risk to the supplier, which matters where product generations are short.
Professional against consumer
The two halves of the service robot market are usually reported together and behave nothing alike.
| Property | Professional use | Consumer use |
|---|---|---|
| Annual units | ≈ 200,000 | tens of millions |
| Unit price | thousands to hundreds of thousands | tens to hundreds |
| Buying decision | Business case, payback | Discretionary purchase |
| Service expectation | Contracted uptime | Warranty only |
| Dominant category | Indoor goods transport | Floor cleaning |
| Safety framework | ISO 3691-4, ISO 13482 | Product safety directives |
| Sales channel | Direct and integrator | Retail |
Mixing the two produces meaningless statements. A market described as tens of millions of units is a consumer market; one described in hundreds of thousands at four to six figures per unit is a capital goods market, and only the second is what a professional buyer is participating in.
What drives demand
| Driver | Favours | Durability |
|---|---|---|
| Staff shortages | Logistics, cleaning, hospitality | structural |
| Ageing population | Medical, rehabilitation, care support | structural |
| E-commerce volume | Transport and logistics | structural |
| Wage inflation | All labour-substituting segments | cyclical |
| Novelty and marketing | Hospitality | weak, and it shows |
The bottom row is the honest explanation for the hospitality decline. Robots deployed partly as an attraction do not survive a budget review, whereas robots deployed because a position cannot be filled do.
Frequently asked questions
How many professional service robots are sold each year?
Almost 200,000 units in 2024, a 9 % increase. Transport and logistics accounted for 102,900 of them, more than half the total.
Which segment is largest?
Transport and logistics, with 102,900 units in 2024, up 14 %. It is larger than every other professional service robot segment combined.
Why did hospitality robots decline?
Sales fell 11 % in 2024. Public environments are harder for perception and safety, the labour economics are weaker, and deployments driven by novelty rather than by an unfillable position do not survive budget review.
What is growing fastest?
The commercial model rather than a segment. The robot-as-a-service fleet grew 31 % and that monetisation channel grew 42 % in 2024, because customers in these markets rarely have their own robotics engineers.
What drives professional service robot demand?
Staff shortages above all, followed by an ageing population increasing demand for medical robots, and e-commerce volume driving indoor logistics. The first three are structural rather than cyclical.
Sources
- World Robotics 2025 report, service robotsInternational Federation of Robotics, all segment volumes and growth rates quoted here
- World Robotics report seriesInternational Federation of Robotics, methodology for the service robot statistics
- ISO 3691-4, safety requirements for driverless industrial trucksInternational Organization for Standardization, the framework that makes indoor logistics deployable