Infrastructure-Free

OTTO autonomous mobile robots navigate spaces much like your workforce. Each vehicle maintains a map of the space and uses natural features and multiple sensors to determine its position within its map. Unlike conventional AGVs (Automated Guided Vehicle), OTTO AMR do not require any adaptations to the paths to go, like; tape, target reflectors, bar codes, magnets, or RFID tags. And therefore no associated initial and ongoing maintenance costs.

Scalable

A system deployment can easily scale with business demands. Due to minimal support infrastructure, additional vehicles can be added to your fleet to expand the system work capacity.
OTTO Fleetmanager can easily handle up to 100+ mobile robots, and shows the major advantages the OTTO software intelligence has over the! A vehicle will connect to the vehicle network, download the map, and quickly be ready for the next mission assignment in dynamic enviroments. Robot vehicles can also be removed without disrupting your productivity.

Reconfigurable

The system is centrally managed and controlled through a user-friendly interface. The virtual map can be easily managed to update destinations, interface positions, park locations, ‘roadway’ changes, and charger positions to accommodate temporary or long-term changes to the facility.

Re-deployable

The OTTO self-driving vehicle solution is adaptable and re-deployable. Each vehicle is independent and capable of performing multiple tasks in a variety of applications. The fleet references the centrally controlled map, which allows vehicles to be easily redeployed to other areas of the facility, or other facilities entirely. When a vehicle arrives at a new facility, it is connected to the WiFi, downloads the map from the central fleet manager, and then immediately joins into the fleet to complete work. Therefore, OTTO self-driving vehicles can be a flexible resource for strategically deploying work capacity throughout your operation.

Robust and Vehicle Control

OTTO mobile robot vehicle is designed to avoid obstacles and plan around blocked routes using dynamic path planning.
For example, if a pallet is blocking an aisle, OTTO vehicles will reroute to get to their destination. If a vehicle gets trapped, a notification will appear in the software to show where it is blocked. All these design considerations make OTTO autonomous mobile robots flexible and adaptable to both physical and workflow changes in your facility.