All three travel at up to 2m/s with ±50mm positioning accuracy and run for 16 hours on a three-hour charge, so one robot can cover two shifts. Size on your heaviest regular load with some margin rather than the average, then check the footprint against your narrowest aisle, doorway and turning point. Where a delivered load needs handling at the other end, an Oxbot can feed a station built around one of our robotic arms.
Speedybot delivery robots
Where the Oxbot moves materials between stations, the Speedybot range moves items between people. It carries goods in an enclosed compartment, and the Pro model maps the building, operates lifts independently, avoids obstacles and returns to charge on its own. Because it handles collections as well as deliveries, it can run closed-loop routes – tools out to a cell and returns back to stores, documents between offices or samples across a healthcare site.
- Speedybot Hotel (76-4390) – the compact model at 510 x 430mm and 1060mm tall, with a 10-hour run time for room deliveries in hotels and serviced buildings.
- Speedybot Pro (76-4391) – a 100-litre compartment and 60kg payload at up to 4mph, for internal logistics across offices, factories and multi-floor sites.
- Speedybot Ultra (76-4392) – the same 100-litre compartment with a 100kg payload and speeds up to 9mph, for longer routes across larger campuses.
Alice AI reception robot
Alice (76-4386) works front of house. It detects people approaching from any direction, recognises faces and answers questions by voice, then uses LiDAR navigation to walk visitors to where they need to be. A high-definition touchscreen shows maps, video and information, so the same unit can handle wayfinding at a factory reception, a college open day or a hospital entrance.
Alice stands 1500mm tall, runs for 10 hours on a four-hour charge and moves at walking pace (up to 1.2m/s). It also supports an open SDK and API, which lets an organisation build its own interactions – and gives computing and engineering departments a real service robot to develop on alongside our research robotics range.
Matching the robot to the job
Start with what needs to move. Heavy or bulky loads between fixed points point to an Oxbot; smaller items handed between people, often across floors, suit a Speedybot; visitors who need greeting and guiding are Alice's job. Most of our wider service robotics range follows the same split.
Then look at the building. Floor surfaces, thresholds and ramps, aisle and door widths, lift access and network coverage all affect how well a robot performs, and they are far easier to check before an order than after delivery. Tell us about the site when you ask for a quote and we will flag anything that needs a closer look.
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