Do you having any of these problems?

Problem ①Metal floor
Magnetic tape cannot be used on magnetic metal floors such as mezzanine racks, and unmanned transport routes cannot be installed.

Problem ②metal pit cover
Magnetic tape cannot be used on magnetic metal pit covers, so the route must be set to avoid pit covers.

Problem ③: Places where magnetic tape is easily damaged
In areas where heavy objects such as forklifts pass, magnetic tape is easily worn and damaged, requiring frequent replacement.

Problem ④: Slope Area
There is a limit to the permissible slope that SLAM can detect, so autonomous driving with SLAM is not possible on sloped locations.

Problem ⑤:A place where the surrounding environment often changes
SLAM will not be able to correctly recognize its own position if the environment changes after mapping, such as when surrounding obstacles move, making autonomous driving difficult.

Problem ⑥: Loading and unloading area
Stopping accuracy of 10 to 15 mm is required to fit perfectly under a cart loaded with cargo.

Navigation Method:
Magnetic Tape
You can set a running route by simply pasting magnetic tape on a non-magnetic floor surface. Sensors on the aircraft detect the magnetic field from the tape and control the travel route.

SLAM
SLAM is a control method that uses sensors such as cameras and lasers, encoders, and gyroscopes to estimate self-position and create an environment map.

QR Code
By installing QR codes at stopping points and intersections when using SLAM, and at speed change points when using magnetic tape, it is possible to confirm the exact location and enable more accurate control.