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Let’s face it, we knew this day would come. Technology has finally progressed to the point where our beloved past time of riding motorcycles can now be done by a robot. Sarah Connor was right. Skynet is coming. I, for one, welcome our robot overlords.

As tinfoil hat as we can make this story, let’s be honest…it’s pretty cool that Yamaha is developing a humanoid robot that can ride a motorcycle. It’s sorta creepy, but it’s also really cool.

To help lighten the blow, Yamaha is playing off its “Motobot” with a little bit of humor, having the machine taunt factory MotoGP rider Valentino Rossi, and suggesting that one day the robot will beat the ten-time nine-time World Champion at what he does best.

That’s fun and all, and it certainly grabs headlines, but the Yamaha Motobot is a really big deal for a lot more reasons that are less obvious than what has been put forth. Let me explain.

People who ride with me know that I’m obsessive about wearing earplugs, as nothing ruins your hearing better than a motorcycle helmet. If we cut the marketing BS, there is really no such thing as a quiet helmet, just helmets that are quieter than others…until now.

Behold, a noise-cancelling helmet is finally available to the masses, with the Sena Noise Control Helmet.

It is almost surprising that noise-cancellation technology has taken this long to come to the two-wheeled space, of course any industry veteran can tell you how slow to change the motorcycle industry is, even with established technologies.

Noise cancellation technology is so well-known right now, we doubt we even need to breakdown this announcement for you, but we will anyways. Because, Luddites.

Insert the obvious SkyNet joke here, but the future of two-wheeled transportation is constantly moving ahead of us, to a place previously held only by science-fiction.

We have talked here at Asphalt & Rubber a great deal about connected and autonomous vehicles and its related technologies – insert a massive number of links here – and today we just got a little bit closer to all those concepts becoming realized.

Announcing their latest collaboration, BMW, Honda, and Yamaha have agreed to develop cooperative-intelligent transportation systems (C-ITS) for motorcycles, the first step in adding vehicle-to-vehicle (V2V) communication to motorcycles.

The three companies will work together to establish a a consortium named Connected Motorcycle Consortium (CMC), which aims to have C-ITS devices on the three motorcycle brands from 2020 onwards.

The move to a standard electronics package, both hardware and software, had raised the hopes of fans, teams and organizers that a more level playing field could be established, and costs cut.

The ideal sketched by Dorna and IRTA when the plan first came out has proven to be impossible to achieve. The manufacturers have resisted calls for a completely spec hardware and software package, and so a compromise has been reached.

The ECU hardware and software will be built, updated and managed by official electronics supplier to MotoGP, Magneti Marelli. Factories will be free to choose their own sensors, but those sensors will have to be homologated, and made available to any other manufacturer which wishes to use it at a reasonable price.

Not quite all of the sensors, however. In response to a request by the factories, the inertial platform will remain what is called a free device, i.e. any manufacturer can choose to use whichever inertial platform they like, without first submitting it for a approval to Dorna, or making it available to their rivals at a price.

For reasons too obvious to mention, motorcycle gear protection has been on my mind lately. Though my broken collarbone is unfortunate, it is timely, as Dainese just released its D-Air Misano 1000 jacket, the world’s first commercially available self-contained airbag jacket for motorcyclists.

Let’s be really clear about one thing: this is a sea change for motorcycle safety.

Debuting at the San Marino GP, the venue for the Dainese D-Air Misano 1000’s release is no mistake, as the jacket builds off the Italian company’s experience with airbag suits in the MotoGP World Championship.

At the highest level of racing, airbag technology has become a game-changing technology, and now riders on the street can use essentially that same airbag system, that same proprietary crash-sensing software (modified for street use), and that same company history of safety that the professionals rely on while on the race track.

Most Asphalt & Rubber readers are aware of Skully, the San Francisco startup that is making a helmet with an integrated heads-up-display (HUD), and many A&R readers are also aware that Skully is now officially late in delivering its maiden product to the masses.

Finally acknowledging the tardiness to its 2,000 or so early-adopting customers, Skully has released a video (after the jump) explaining its activities, and that the company is on-track for its new delivery date, before the end of the year – or as they say in marketing speak: just in time for Christmas.

Of course we knew back in late-2013, when Skully first announced its helmet, that there was no way the company was going to hit its delivery promise for 2014, though now the company seems in good stead for its new 2015 promise, with an actual office in SF, a deal with Flextronics to make the augmented reality portion of the helmet, and manufacturing tooled-up.

*For reals this time.

For those looking for more protection from their racing leathers, Dainese D-Air Racing suits are finally coming to the USA. Already bringing the technology in Europe last year, Dainese is set finally to bring the D-Air Racing technology to the USA, in September 2015.

Riders interested in the airbag-equipped leather suit have two options: 1) the top-of-the-line off-the-rack Misano D-Air cow leather suit ($2,499), or 2) the made-to-measure Mugello D-Air custom kangaroo leather suit (Price TBD).

This announcement represents the first airbag-equipped motorcycle race suits to go on sale in the USA (Alpinestars Tech-Air system is still not available, though the rival Italian brand is close to coming to market), and offers track riders the same level of protection as Dainese’s MotoGP riders, like Valentino Rossi.

Helmet startup Skully Helmets, the San Francisco based company that is building a helmet with an integrated heads-up-display system, has quietly pushed back its delivery to customers to December 2015.

Initial hopes from the company were to have product in the hands of consumers by the end of 2014, with that date being solidified to May 2015 once the company started its Indiegogo-powered pre-order campaign.

Anyone in the industry could have told you that was pie-in-the-sky forecasting though, as finished models were not even available at the start of the campaign, let alone other factors like certification, production, and distribution.

Indian motorcycle brands getting involved with Western companies for R&D isn’t anything new, in fact the entire Erik Buell Racing story seems to center around that very issue.

So, it shouldn’t shock anyone to hear that the iconic Royal Enfield motorcycle brand has acquired famed British performance house Harris Performance.

“Royal Enfield is working on its new generation of products and platforms; to have the Harris Performance team dedicatedly working with us will clearly enhance our engineering and product design capabilities,” said Siddhartha Lal, CEO Royal Enfield.

Technology on motorcycles is a double-edged sword, it bring us new features to amazing machines, like the Yamaha YZF-R1 and its slide control, but it can also, as seen by this tale.

Taking a cue from the car world, some motorcycle manufacturers have taken to supplying motorcycle owners with wireless key systems, where you only need to have the key on your person in order to start a motorcycle (note: I am not talking about the key systems where you press a button to start or unlock a vehicle).

The process to make this work is simple, as the key fob has an RFID implanted inside it, and when it comes into proximity of the motorcycle, a reader grabs the signal from the key, which has a special code that unlocks the bike and allows it start and be operated.

It’s a complex process that saves you five seconds in looking for your key. That’s called progress.

The problem of course is that thieves are becoming increasingly savvy to these changes in technology, and if OEMs aren’t careful, they can open-up consumers to a world of trouble.

In the case of wireless keys, a new work-around has been made that boosts the signal of the RFID reader, and thus makes it easier for a thief to hijack your ride.

We have talked a great deal about autonomous vehicles here at Asphalt & Rubber, but usually the focus of that discussion has been about how autonomous four-wheel vehicles will interact with non-autonomous two-wheeled vehicles.

The time was sure to come though when a motorcycle OEM played with the idea of autonomous motorcycles, and that time is now.

Releasing early details about its autonomous motorcycle program, Honda Motor Corp. is staggeringly close to making the act of riding a motorcycle as simple as selecting a destination, and holding on tight.