A new industrial cooling system and safety protection system, enabling four-wheel drive and differential steering, allows for free movement indoors and outdoors for extended periods.
HUNTER 2.0 is designed for low-speed autonomous driving scenarios, utilizing front-wheel Ackermann steering and rocker suspension to handle obstacles on the path. The next-generation power system achieves greater payload capacity and longer durability. The innovative design of the battery bin enables a quick-charge process. It also features a CAN232 interface for secondary development. Customizable Chassis Solutions The battery pack of HUNTER 2.0 is based on lithium iron phosphate, with a customized speed plan available of up to 10 km/h, meeting the needs of various autonomous driving scenarios and supporting a wide range of industrial-grade robotics use cases.
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Secondary Development HUNTER can be customized for various advanced operation modes. Users can communicate with the main control via the CAN bus protocol. HUNTER also provides an open-source SDK and ROS_PACKAGE, and its structural scheme is currently adapted to most autonomous driving schemes. Safety Stop Function The slope parking feature of HUNTER 2.0 allows for safe stopping on slopes due to the appropriately designed drivetrain. In the event of a power failure or vehicle malfunction while traversing an inclined area, the wheels are locked in place without slipping to ensure stable performance.
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Delivery Time
P3
Applications/Examples of results
We have abundant application examples in the agriculture, construction, and indoor/outdoor logistics industries, so please feel free to contact us.
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Kyoei Shokai Co., Ltd. is expanding its business based on two core areas: robotics and consumer electronics. We are particularly proactive in handling products from high-tech companies in China and promoting sales in the Japanese market. We offer a "sweeping and mopping robot" that can be used in various locations, including industrial chassis robots for agriculture, construction, and advanced robotics education, as well as service robots for shopping malls, exhibition halls, office buildings, and airport terminals.