Indoor delivery robots

How do delivery robots use elevators in commercial buildings?

What to verify with the robot supplier, elevator service provider, building operator, and access-control team before connecting lift calls.

For: Building owners, vertical-transportation consultants, elevator contractors, and robot integrators. Follow this topic

Short answer

What to know

An indoor robot can use an elevator only when the robot, elevator controls, building access systems, communications, and operating procedures are compatible and authorized. The integration may require approved interfaces or vendor coordination; never assume a robot can operate a lift simply because it can physically enter the car.

Define the control boundary

Document how a robot requests a car, selects a floor, enters and exits, and communicates its status. Identify whether the interface is supported by the elevator manufacturer or authorized service provider and whether it affects the elevator’s certified operation. Obtain the elevator model, controller configuration, access-control design, and integration responsibility before planning a pilot.

If multiple robots or a fleet manager are involved, map who assigns a lift, how priority works, and what happens when traffic spikes or a car is unavailable. Standards such as VDA 5050 concern communication between mobile robots and a master control system; they are not a guarantee of elevator compatibility or a substitute for elevator approval.

Test failures as well as the happy path

A safe test plan should include a busy lobby, a blocked landing, lost communications, a denied floor, an occupied car, and a robot that cannot enter or exit. Define how the elevator returns to normal service and how staff retrieve a stopped robot. Coordinate test windows with the building operator and elevator service team.

Review passenger accessibility, door timing, car capacity, clearances, emergency operation, fire-service modes, and building policies with qualified professionals. Keep people in control of recovery and do not alter elevator controls through an unsupported device. Record the approved interface, responsible vendor, software versions, and fallback procedure for future maintenance.

Put it into practice

A site-planning checklist

  • Elevator make, model, and authorized interface
  • Robot and fleet-manager integration responsibilities
  • Access-control and floor-permission design
  • Failure-mode test plan and manual recovery
  • Qualified code and elevator-service review

Further reading

Primary references

  1. VDA — VDA 5050

    Interface specification for communication between mobile robots and a master control system; it does not certify a building or robot.

  2. ISO — ISO 3691-4:2020

    International safety requirements and verification for driverless industrial trucks and their systems; confirm current editions and scope before use.