AN AUTONOMOUS CARGO HELICOPTER FOR LAST-MILE DELIVERIES

The helicopter is accompanied by a robot that completes the delivery without human intervention

Kawasaki has recently completed proof-of-concept testing of its un-crewed vertical take-off and landing (VTOL) cargo transport helicopter – the K-Racer X1. Built using the supercharged 1,000cc engine from Kawasaki’s own Ninja H2R hyperbike, the drone helicopter comes complete with a robotic delivery system.

The huge drone is able to transport a 100 kilogram payload. It is designed to rise vertically on a helicopter-style top rotor, but instead of a tail rotor to balance the torque, the K-Racer uses two forward-facing props mounted at the end of stubby wings. These provide forward propulsion, while the wings add lift. Kawasaki has not yet specified the flight speed.

A video released in November 2021, shows the prototype K-Racer in flight. The idea is that an automated delivery robot will be loaded with cargo by a human worker or autonomous robots before being rolled onto a cage that sits beneath the helicopter. The loaded VTOL will then fly autonomously to a preset destination. On landing, the delivery bot disembarks and handles the ‘last mile’ delivery autonomously. Kawasaki is working on larger rolling modules that can integrate with other robotic systems in factories and delivery centres to make the entire process completely autonomous.

In a press release, Kawasaki said that the system is being developed in response to ‘labour shortages in the logistics industry and other challenges faced by society,’ adding that the company hopes to realize, ‘a rapid cargo transport system that is not affected by road-traffic conditions or topographic features such as seas, mountains and rivers, and reliable logistics services to locations deep in the mountains or on remote islands.’

The COVID-19 pandemic has served to further accelerate the shift from in-person shopping to delivery. In order to gain new efficiencies in deliveries, these are likely to be increasingly made using autonomous systems.

Written By: Lisa Magloff 10th January 2022 Website: robotics.kawasaki.com Contact: kawasaki-corporate.com/contact