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Renu RoboticsModel RenuBot - Autonomous Robotic Mowing System

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RenuBot is a state-of-the-art, autonomous robotic mowing system designed to efficiently maintain large areas with minimal human intervention. Utilizing advanced artificial intelligence and machine learning, RenuBot optimizes energy usage, performs self-diagnostics, and assesses its operational environment for improved performance. Equipped with autonomous navigation capabilities, it can navigate using pre-stored maps while detecting and avoiding obstacles. Communication is facilitated through wireless connectivity to a central Mission Control, ensuring real-time updates and operations monitoring. The system's RTK GPS provides precise positioning, ensuring accurate mowing operations. The robust software, developed on the Robotic Operating System (ROS), underpins the machine's functionality and adaptability. Powered by lightweight lithium batteries, RenuBot's streamlined design allows it to maneuver effortlessly under solar panels and other structures. Its self-charging capability, managed through the Recharge Pod, ensures continuous operation, while its automated mowing deck adjusts to varied terrains, supported by flat-free and high-traction pneumatic tires.

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We’re continuously enhancing our Mission Control software to monitor, control and update systems in the field.

Monitoring Capabilities
While the Renubot is a fully autonomous vehicle in the field, asset owners and O&M providers can access specific screens for information about performance, location and maintenance, even with tablets and cell phones. System access can allow for programming, new locations, adjusting schedules and accessing maintenance schedules.

Self-Charging
The Recharge Pod provides protection in all climates and can be equipped with additional converters for faster charging, allowing for 24/7 mowing schedules when multiple bots are deployed. The doors automatically open and close for robot access.

Self-Updating
When the Renubot returns to the Recharge Pod for performance updates, downloads or new instructions, it connects and performs self-diagnostic procedures and reports progress to Mission Control.