Avride’s “Sidewalk Robots” have started to be used in Tokyo for the delivery of restaurant and market orders starting this week.

The rapid development of robotic technologies continues to bring about profound changes in our daily lives. One of the latest developments in this field is Avride’s initiation of using autonomous delivery robots in Tokyo. These robots, serving in the capital of Japan, will be used particularly to ensure the quick and safe delivery of restaurant orders and market purchases. By collaborating with e-commerce giant Rakuten, Avride has brought this project to life, having previously launched a small-scale commercial operation in Seoul, South Korea. By starting a similar initiative in Japan to expand its technology and service network, the company will initially serve Tokyo with 10 delivery robots, a number that will increase over time.

WHAT ARE THE FEATURES OF THE DELIVERY ROBOTS?

Avride’s delivery robots operate entirely autonomously and can move without human intervention. Using lidar, cameras, and ultrasonic sensors installed on them, the robots perceive their surroundings, detect obstacles to prevent collisions by stopping instantly, and choose the most efficient route. Designed to transport small and medium-sized packages, delivery robots can carry cargo weighing up to 25 kilograms. These robots, developed to function in all weather conditions, can make deliveries in sunny, rainy, and snowy weather.

THEY CAN WORK FOR 12 HOURS

According to the test results published by Avride, Courier Robots can cover a distance of 50 kilometers on a single charge and work for 12 hours. Thanks to their replaceable batteries, they can provide uninterrupted service. The cargo compartment of the robots can only be opened by the person receiving the order, after the robot reaches the designated destination and is opened through an application. This ensures the security of the transported products.

CAN THEY REDUCE TRAFFIC?

Avride CEO Dmitry Polishchuk mentions that this project will not only improve logistic services but also contribute to reducing urban traffic congestion and environmental impacts of deliveries. By delivering orders to recipients on designated routes, the robots aim to shorten delivery times and increase customer satisfaction.