A material transport project begins with the load and the route. Fly Boat is a platform to evaluate for factory replenishment, warehouse transfers, and custom handling equipment. The ChassisWorld specification comparison lists a maximum payload of 300 kg for the MAX configuration, with planning modes that include autonomous obstacle avoidance, track following, and waypoints.
That payload needs to accommodate the complete load carried by the chassis. An upper frame, container, conveyor, or other attachment uses part of the available capacity before goods are added. Planning should therefore include equipment weight, load distribution, loading position, and clearance along the intended route.
Rack transport introduces additional mechanical requirements. Carrying a fixed upper module and lifting a compatible rack involve different interface checks. Reeman’s Fly Boat chassis overview describes autonomous shelf lifting and an Android SDK for custom development. Match those capabilities and their documentation to the selected configuration.
Once the transport method is defined, the quoted Fly Boat MAX price of USD 4,970 can be considered alongside the dual-LiDAR lifting configuration at USD 7,450–7,470. These are distinct configurations; confirm the selected package and final quotation with the ChassisWorld team.
The most useful next step is to describe one complete transport cycle: where the load is collected, how it is supported, where it is delivered, and how the robot returns. Combining that workflow with an upper-module drawing helps turn a chassis shortlist into an integration plan that can be reviewed and tested.
