The transfer point is part of the machine
Navigation gets most of the attention during AMR evaluations. Yet a robot can drive reliably through a facility and still fail its transport task because a pallet, cart or handover point was not designed for automated handling.
In manual logistics an operator compensates for misalignment and visually checks the load. Automated handling needs defined positions, tolerances, clearance and conditions for successful pickup or release.
Evaluate the actual load
Nominal pallet dimensions are not enough. Load stability, damaged pallet boards, entry orientation, available fork clearance, centre of gravity and positioning variation can all matter. If a load is presented in different orientations, that must be considered before choosing the equipment.
A transfer position is a mechanical interface, not only a coordinate on a map. I would ask how accurately the load is placed, what confirms successful collection and how an incorrectly positioned load is handled.
Coordinate the surrounding process
If a conveyor or production machine is involved, the systems must exchange readiness and completion signals. If an operator places the load manually, the procedure needs to establish when the robot may approach and what happens if the station is not ready.
The exact solution might use alignment hardware, dedicated stations or direct floor pickup, but it must be validated against the real application and equipment.
Design for repetition
A few successful transfers during a demonstration are encouraging. Normal operation involves variation in loads, positioning and timing, so the acceptable operating envelope should be defined and tested.
The route connects two stations. The engineering of the stations determines whether the complete task can be repeated reliably.