Since September 2015, over 60 autonomous electric shuttle buses have been put into service in Europe, the United States and Asia/Pacific. Over 200,000 passengers have already used this type of innovative mobility solution, in cities and on private sites. The startup from Lyon is already working on the next generation, after announcing that the first robot-taxi, the Autonom Cab will be on the road by the third quarter 2018. It can take up to six passengers and drive at speeds of up to 90km/hour. Before then the Autonom Cab will be tested on the streets of Paris and will also be a star attraction at the next Consumer Electronics Show (CES) to be held in Las Vegas from 9th to 12th January 2018. Michelin experts in Acorus technology, who have worked on the project, will also be present on the Navya stand at the CES.
FRANCHIR LES OBSTACLES EN VILLE
This type of new vehicle meets a recurrent problem – how to get over all kinds of obstacles. How do they get over potholes, over rubbish or any other kind of asperity on the roadway, whilst at the same time ensuring vehicle integrity and passenger comfort?
Amongst the many difficulties we encounter in the development of autonomous vehicles, situations where the state of the road is defective have to be taken into account. There is an infinity of configurations where things might go wrong: poor road surface, debris, complicated weather conditions. This requires a lot of time and development effort that we do not have!
That’s why Navya approached Michelin, with the aim of finding a solution. Michelin suggested to them the Acorus flexible wheel technology, which is already industrialized and was developed in partnership with the world specialist, Maxion Wheels.
It’s a robust solution that enables autonomous vehicle manufacturers to accelerate their arrival on the market.
THE FLANGES FLEX TO PROTECT BOTH THE TIRE AND THE WHEEL
This innovative technology works using two rubber flanges mounted on a slightly narrower wheel body. When the vehicle hits a pothole or other obstacle the flanges flex to protect both the tire and the aluminum wheel body, without the passengers feeling any impact at all. The result is that the shuttle bus stays in line and wheels and tires have better resistance to puncture risk linked to pinching, whatever the vehicle’s speed. Meaning that both tires and rims last longer.