The ROVO as a robot platform can be flexibly expanded into an application-specific crawler vehicle. Established partners of HAWE Mattro have already developed solutions for various industries and also across industries. Here we present some of them with their ROVO-specific add-ons. If you have not found the right solution yet, please ask us!
Hentschel System GmbH specializes in unmanned mobile machines as well as robot platforms in unstructured environments and offers hardware and software components from its own development as well as complete solutions such as the robot platform Ziesel, which are based on HAWE's ROVO. Various ROVO upgrade packages with robotics capabilities are offered, e.g. as drive-by-wire upgrade with ROS integration, FollowMe upgrade or gesture control upgrade. Individual robotics capabilities and hardware customizations are available from quantity 1.
Many cobots from other manufacturers require a 230V AC power source and an inverter to operate. However, Universal Robots (UR) products can also be powered directly from a DC power source. This makes them the perfect complement to our ROVO. It can provide 12V, 24V, 48V, and 96V from its high-voltage battery to directly power UR's cobots. Without additional hardware and without additional efficiency losses. This makes the ROVO and UR cobot combination a perfect pair in terms of compatibility and performance.
Our partner Roboauto is a technology company focused on the development and integration of autonomous technologies such as autonomous driving, remote control (teleoperation), collision avoidance system and object detection into various machines and vehicles like the ROVO. Roboauto works directly with original equipment manufacturers and retrofitters in various industries.
Robotic systems are becoming increasingly popular in the mobile machinery market. STW provides support with its modular system and a wide range of services in the field of digitalization, automation and integration. These include the compact ECU for functionally safe motor and actuator control (ESX), a connectivity module for wireless communication and data acquisition (TCG4), an inertial measurement unit for angle and position detection (SMX), and a high-performance control unit for artificial intelligence (HPX).
Sensors and drives must work together smoothly with the help of control software to create an automated function. RobotMakers' experience in robotics, especially in control software, is applied in construction and agricultural machinery, among others. The LiDAR sensor captures the direct vehicle environment and is responsible for the ROVO's navigation, with the GPS receiver locating all common satellite constellations with centimeter accuracy. The Connectivity Antenna can be connected to various data clouds, combines WIFI and GSM and monitors and configures the ROVO worldwide.