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REEMAN showcases Hussar Pro chassis-based food delivery robot case
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REEMAN developed an enclosed food delivery robot based on the Hussar Pro chassis (HBOT20P), combining a fully enclosed delivery compartment with indoor autonomous mobility. The chassis has a rated payload of 100 kg, uses laser SLAM navigation, and relies on lidar, 3D cameras and ultrasonic sensors for obstacle avoidance. The chassis provides open SDK/API interfaces, supporting HTTP API, Android SDK, RS232 and local MQTT integration; local MQTT requires REEMAN's Android-based AMR software and a customer-deployed MQTT broker. The published battery life refers to the chassis's performance under an 80 kg load.
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- How Is a Robot Chassis Customized for Food Delivery? The REEMAN Hussar Pro Case
REEMAN developed an enclosed food delivery robot based on the Hussar Pro chassis (HBOT20P), combining a fully enclosed delivery compartment with indoor autonomous mobility. The chassis has a rated payload of 100 kg, uses laser SLAM navigation, avoids obstacles with laser, 3D camera, and ultrasonic sensors, and offers open SDK/API interfaces supporting HTTP API, Android SDK, RS232, and local MQTT integration.
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