Showing posts with label future bikes. Show all posts


Honda has reveled a new gravity defying, self-balancing motorcycle at CES 2017. Based on its Uni-Cub technology, Honda's prototype Moto Riding Assist has been designed to balance itself while being ridden by a rider even at a low speed. The bike also flaunts some self-driving capabilities and has been customised to balance itself when there is no rider.

It is said that the bike can also be equipped with self-driving features which could, for instance, allow riders to get off the vehicle curbside and walk away, while the bike finds its own parking spot. A Honda spokesperson Sage Marie mentioned.



The bike's technology is based on Honda's self-balancing Uni-Cub scooter and the ASIMO robot. The bike does not make use of traditional gyroscopes for balancing. Instead, the bike has been designed to automatically adjust and lower the front fork angling, especially when moving at lower speeds, according to a report by Gizmodo.

The bike is also capable of seamlessly moving between regular riding mode to balance mode. The bike makes use of "robotics technology to create a self-balancing motorcycle that greatly reduces the possibility of falling over while the motorcycle is at rest," Honda said.

Meanwhile, it is still unclear if Honda plans to launch a production line for the prototype. There is also no word yet about whether the company's bikes would come with the Riding Assist technology in the near future.


With this rapid growth in technology, the world will soon be like in the movies. Just expect a whole new world by 2020. 

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IT’S TIME TO imagine, design, and develop a new breed of urban vehicle. Something that will minimize the human footprint, that can operate year round in any weather, and run on electricity instead of gasoline.
That’s the thinking behind the Cyclotron, a concept  created, inspired by the Tron Light Cycle and Lit Motors’ self-balancing C1.
Inside this enclosed, autonomous motorcycle, two passengers would sit facing one another, given a rare chance to relax, chat, and get to know one another (or ignore each other and look at their phones).
A gyroscopic system like that on the C1 would keep the vehicle stable at all times, even when fully stopped—no need to put your feet down to keep from tipping over. The electric motor would send power to both wheels for improved traction in winter conditions, or power just one to conserve power. I imagine you’d want to change the tire tread depending on the season, maybe adding studs for icy roads.
Each Cyclotron would recharge with wireless power transfer and would be allowed to buy and sell electricity in real time to other nearby vehicles depending each vehicle’s stores and requirements. The interior of the Cyclotron would feature two adjustable seats. Both butterfly doors would be able open and drop you off on either side of the street since the bike can travel in both directions.
It’s autonomous, so no need to steer—just tell it where to go. Or, let it access your agenda and figure it out for itself.
I’ll let your imagination fill in the rest of the cool features: heated and cooled seats and cup holders, climate-controlled cabin, surround sound or a noise canceling system, and so on.
The Cyclotron would work as a personal vehicle or as a shared transit system like my Gotoo concept. Green Taxi operators like Montreal’s TEO could even buy them and operate them in fleets across North America. They would definitely help reduce road congestion and the energy required to commute compared to existing electric cars due to their smaller size.
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I developed the Cyclotron concept with Ashish Thulkar, a freelance industrial designer at the Indian Institute of Science.

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