Delivery robot, autonomous driving, autonomous delivery, unmanned delivery robot.
Tars autonomous delivery robot, autonomous driving delivery, delivery robot, last mile delivery robot.
Fully electric, L4 autonomous delivery robot. Safe and reliable delivery in various environments, including narrow sidewalks and complex urban areas and commercial facilities, with stable operation even in rain and at night.
Sustainable and safe last-mile delivery in response to the deepening labor shortage and re-delivery issues. TARS is an indoor and outdoor delivery robot equipped with internationally recognized L4 autonomous driving technology and proven last-mile delivery performance. Through multi-sensor fusion combining LiDAR, cameras, and IMU, it achieves stable operation even in complex outdoor environments. Based on data accumulated from international demonstrations, it features an all-weather body design that accommodates various passage environments such as sidewalks, curbs, manholes, and crowds, as well as a remote monitoring system and 5G low-latency communication, ensuring safe and reliable delivery of packages.
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basic information
■Compact and Easy to Handle Design A chassis measuring 872×518×1157mm, designed with consideration for the width of Japanese sidewalks and building entrances. It can carry a maximum load of 20kg and is versatile for various uses. ■L4 Autonomous Driving × High-Precision Sensing Combining multi-channel LiDAR, stereo cameras, five surrounding cameras, and GPS + IMU, it can autonomously navigate day and night, predicting and avoiding moving objects such as pedestrians and bicycles. ■Strong Against Japan's Climate and Environment Stable operation in light to heavy rain, accommodating nighttime, crowded areas, narrow sidewalks, uneven surfaces, curbs, and manholes. It covers daily delivery operations. ■Safety-First Design Equipped with low-latency live video from surrounding cameras, visibility from turn signals and light poles, lift detection alarms, sonar for close-range safety, obstacle avoidance technology, edge AI obstacle detection, and autonomous route generation features, it has multiple layers of safety functions. It can be operated safely in Japanese cities where coexistence with pedestrians is essential. ■Efficient Operation with Remote Control Utilizing LTE/5G for remote operation, allowing one operator to manage 5 to 10 units simultaneously. By combining autonomous driving with remote control, it achieves stable delivery service provision.
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Applications/Examples of results
TARS is a "fully electric, L4 autonomous" delivery robot optimized for coexistence with pedestrians in Japanese urban environments. It safely and reliably delivers packages in various settings, including narrow sidewalks and complex urban blocks or commercial facilities. It can operate stably even in rainy weather and at night, making it versatile for a wide range of applications from food delivery to office shipments and last-mile deliveries within commercial facilities. Additionally, by using it for on-site movement in facilities such as medical institutions, research labs, and hospitals, it plays a crucial role in deliveries to isolation wards during infectious disease outbreaks.
Company information
Our company provides comprehensive services that consistently and carefully support everything from the introduction of logistics robots to integration and maintenance after operation. To meet the diverse needs of our customers, we achieve efficiency and cost reduction while simultaneously speeding up projects and improving quality. Our logistics robots operate at the forefront of the industry, utilizing advanced technology to elevate our customers' businesses to new heights.
