How about a visually navigated unmanned forklift for future robots?

There are currently three types of navigation for unmanned forklifts: magnetic navigation, laser navigation, and visual navigation.

Future Robotics' AGV unmanned forklift is different from general forklift, Future Robotics uses the current advanced visual navigation technology, using the camera as the main sensor, perceiving the environment through visual information, saving all kinds of environmental information as offline maps, and locating and navigating the robot based on the matching of information between real-time images and offline maps during the robot's operation.

This vision navigation unmanned forklift does not need to modify the site, short construction cycle, or only need to post two-dimensional code and other extremely lightweight modification, cost-effective, suitable for complex application environment.

In terms of maintenance costs and traditional magnetic navigation unmanned forklift, visual navigation unmanned forklift does not need to lay the magnetic guideway, less dependent on the site environment, and magnetic guideway once the damage occurs, resurfacing will cost a lot of time and money costs. Comparatively speaking, the maintenance cost of visual navigation unmanned forklift is much lower, at most re-posting QR code for correction, and the cost of sensor is significantly lower than that of laser navigation.