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Back in 2015, Yamaha Motors set out with an ambitious objective: to create a robot that is capable of beating around the race track one of the greatest motorcycle riders of all time, Valentino Rossi.

Along the way, the Japanese manufacturer would learn a limitless amount of information about how motorcycle racers achieve the lap times that do, and Yamaha would then be able to quantify one of the great mysteries in how to make a motorcycle go faster.

With the Motobot project born to achieve all these goals, Yamaha now two years later has pit its creation against their factory-back MotoGP racer, and the results are very interesting.

A bit of news that has gone under the radar: at the Frankfurt Auto Show, Volkswagen Group Chairman Matthias Muller dropped a bombshell, saying that the German company’s house of brands would all have a fully electrified lineup of vehicles by 2030 – at the latest.

The initiative is called Roadmap E, and while Volkswagen is focusing mostly on it automotive holdings, the Germans have made obvious signs that they are including their Italian motorcycle company, Ducati, in this push to go electric.

The most obvious indication comes from the company’s press statement. In it, the Volkswagen Group says that by 2030 “there will be at least one electrified version of each of the 300 or so Group models across all brands and markets.”

If you watched the Japanese GP this weekend, then you have already seen that the ECSTAR Suzuki MotoGP team has updated its aerodynamic package for the season, adding a more radical design to the Suzuki GSX-RR, in the pursuit of better lap times.

The new aeros take some visual inspiration from what we have already seen from Ducati Corse, adding a complex shape that mimics a winglet design, while staying within the letter of the law of MotoGP’s current winglet ban.

Remember the Yamaha Tesseract? The four-wheeled concept is about as close to a motorcycle that something with four wheels can get. And now, the Tuning Fork brand is building upon that idea, but with a fully enclosed vehicle concept that picks up where the Tesseract left off.

Called the Yamaha MWC-4, this four-wheeled concept brings the idea of the Tesseract’s leaning chassis and multi-wheel design into a more practical form for everyday use, and it’s debuting at the 2017 Tokyo Motor Show.

Two years ago, Yamaha set out on an ambitious adventure: to create a motorcycle riding robot that can ride a motorcycle as fast as one of the greatest motorcycle racers of all time, Valentino Rossi.

Besides being a solid PR stunt, the development of Motobot brings with it some seriously powerful technology and insights into one of motorcycling’s great mysteries: rider dynamics.

With a machine the is capable of replicating human inputs on real-world motorcycles, Yamaha can improve its breed, both on the street, but also on the race track.

Now, the Japanese firm (with help from its Californian subsidiary) is just about ready to show us the results of its head-to-head matchup between Motobot and Valentino Rossi, but first it wants you to guess the results.

Yamaha has a bevy of tech that it plans on displaying at the Tokyo Motor Show later this month, and one of the more intriguing world premieres is the Yamaha MOTOROiD concept.

A futuristic take on the motorcycling condition, Yamaha’s MOTOROiD seems to be part motorcycle and part pet dog, with the two-wheeler able to recognize its owner and interact with them, like a living creature.

This is because the Japanese brand boasts that it will use artificial intelligence to bring people new experience of “Kando” – the Japanese word for the simultaneous feelings of deep satisfaction and intense excitement that we experience when we encounter something of exceptional value.

This week’s big news is that California is looking at how it can join China, France, The Netherlands, and the United Kingdom in the banning of internal combustion engines in the coming decade(s), a move that will surely be a shot in the arm for electric vehicles.

While the social and political pressures are coming into alignment for electric cars, trucks, and motorcycles, the technology for these next-generation vehicles is still not fully baked, and the biggest rate-limiter for EVs are their batteries. 

That is about to change, however, with solid-state batteries (a battery that has both solid electrodes and solid electrolytes) looking like the silver bullet that could make electric vehicles comparable in performance and price to their internal combustion counterparts.

This is because solid-state batteries offer higher energy density (2x-3x), faster recharge times, better heat management, more safety (wont catch on fire), and cheaper costs than today’s current crop of cutting-edge lithium-ion batteries.

In short, solid-state batteries are poised to be a game-changer for electric vehicles, and address all the major issues EV companies (especially electric motorcycle companies) are dealing with in their vehicle designs.

What you are looking at is the Honda Riding Assist-e, a motorcycle concept that Big Red will be debuting at this year’s Tokyo Motor Show, which starts next month.

Honda isn’t saying too much about the Riding Assist-e, but the main purpose seems to be showing off the company’s self-balancing control technology, which keeps the motorcycle upright by moving the front wheel.

This isn’t that different from the Honda Riding Assist concept from earlier this year, with an added “e” of course in the name. That designation of course is for  the electric drivetrain that the concept is sporting.

The Honda Riding Assist-e concept is interesting as a motorcycle, but more intriguing is the technology and what motorcycles it could land on, in Honda’s lineup.

I am of the opinion that Yamaha’s Motobot program is perhaps the most significant undertaking going on in motorcycles right now.

I’ve already explained why Motobot means a tremendous amount to the furthering of technology in robotics and autonomous vehicles, and how it will help explain the complexities of rider dynamics, so I won’t rehash it further.

Needless to say though, I am excited to see this plucky blue robot in action on a race track. So, consider my interest piqued when I saw Motobot being promoted for next month’s 45th Tokyo Motor Show.

But, I might be more intrigued by how Yamaha is promoting Motobot’s appearance in Tokyo…

We broke the news last week that helmet tech-startup Skully was rising from the dead, and today we have more news from Skully Technologies and how it plans to correct the wrongs of its predecessor.

In a letter to its “SKULLY Nation”, Skully Technologies lists how various backers of Skully’s Indiegogo campaign will be treated under the new company.

While the plan lists several bullet points for the various supporter levels, along with caveats, the short version is that Skully Technologies will honor all of the Indiegogo campaign promises make by Skully, Inc, substituting the Skully AR-1 helmet with the new Skully Fenix helmet, of course.

For reasons beyond our imagination and comprehension, the failed business experiment that was the Skully AR-1 helmet has been revived by new investors.

Sending out a blast to the “Skully Nation” email list, the brand’s new owners Ivan and Rafael Contreras, have announced their plans to revive this seemingly dead project.

One can barely fathom why someone would want to continue a project that so obviously was doomed to its own failure, and that also so grossly betrayed the goodwill of the motorcycle community; and yet, here we are, with Skully Technologies taking over where Skully, Inc. left off.

The presumption of this news is that the new management hopes to bring the AR-1 helmet, with its heads-up display technology, to market.

The announcement goes on also to say that Skully Technologies will leverage augmented reality, virtual reality, and artificial intelligence technologies for the wearable products industry – a nod to the three hottest technology sectors in Silicon Valley at this moment in time.