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The day has finally, come. The rumors can finally be put to rest. Fuel injection for production two-strokes is officially a thing, thanks to the clever minds at KTM.

The Austrian announced today that it will bring fuel injection technology (called Transfer Port Injection) to its 2018 enduro lineup, which will debut later this May.

Two KTM models will have the new technology, the KTM 250 EXC TPI and KTM 300 EXC TPI, and they will be coming to the global market. For the USA and Canada, a third model will come to market as well, the KTM 250 XC-W TPI.

Fuel injection for two-strokes promises better fuel consumption, and it means that riders no longer have to pre-mix their fuel. KTM says that its transfer port injection technology provides a whole new experience for riding a two-stroke motorcycle, with better power and rideability.

Heads-up display (HUD) company NUVIZ just took a strategic investment from Pierer Industrie AG, the company behind KTM, Husqvarna, WP Suspension, and others.

Today’s news is quite a catch for the San Diego based technology startup, and it bodes well for NUVIZ to bring its heads-up display technology to market. As such, NUVIZ hopes to have a heads-up display unit and connected rider system available in the first half of 2017.

NUVIZ has raised roughly $9 million to date, via equity and debt, and our sources tell us that KTM’s purchase into the company has contributed to the lions’s share of that amount – upwards of $5 million, along with a seat on NUVIZ’s board of directors.

Identifying tires has always been something of a dark art. Ever since MotoGP went to a single tire supplier, identifying which tire a particular rider is on and when has become ever more important. Fast laps mean a lot less when a rider sets them on soft rubber.

So far, identification has been done visually, by colored stripes painted on the sidewall of the tire. That worked fine when Bridgestone was still the tire supplier as the colors they used – red, white, plain, and green – based on their corporate colors were easy to spot, and applied in a big thick stripe.

It got more difficult with Michelin, as their corporate colors – blue, white, and yellow –  are more difficult to spot from the side of the track. Journalists and fans were mostly reliant on the eagle eye of Dylan Gray, pitlane reporter for MotoGP.com, to spot who was going out on what and when.

Identification is to become a lot easier in 2017, with the introduction of an automatic identification system. At the Sepang test, Michelin boss Nicolas Goubert explained how the system will work.

The Consumer Electronics Show (CES) is underway in Las Vegas right now, and while usually the event doesn’t have much overlap with the motorcycle industry, Honda has decided to use CES to unveil its “Riding Assist” technology.

Honda Riding Assist is basically a creative technology package that allows a motorcycle to self-balance, without the use of gyroscopes.

Honda achieves this by raking out the motorcycle’s front forks, and then balances the motorcycle by moving the front wheel back and forth – like you’ve probably seen skilled cyclists do at traffic lights.

A few months ago, we told you that Kawasaki was working on an artificial intelligence system for motorcycles, and while the term “artificial intelligence” is thrown around too liberally, the proposal from Team Green was an interesting one for the Japanese manufacturer.

Details were light at the time, but now Kawasaki has released a demo video showing how it sees its “A.I.” system working with motorcyclists.

The demo isn’t too compelling, with many of the features being just an implementation of vehicle-to-vehcile systems with a voice-command veneer tacked on top of it,  but it does show that Kawasaki is feigning interest into what the future will hold for motorcyclists.

The question will be though, when true artificial intelligence hits the mainstream, will our robot overlords be more like JARVIS or HAL 9000?

Motorcyclists probably recognize the name Continental for its work in the tire industry, but the company has its fingers in a number of key elements in the motorcycle industry.

Continental is the third largest automotive parts supplier worldwide, and there is a good chance that more than a few parts on your motorcycle (ABS, dash, suspension, etc) comes from the German brand.

So, we shouldn’t be too surprised to hear that Continental is developing what it calls “swarm intelligence” for motorcycles, through the Continental eHorizon platform. If you have no idea what that means, it’s cool. More simply put, Continental is trying to make Waze for motorcyclists.

It is hard to think how Kawasaki could make the Ninja H2 more modern, considering the bike’s supercharged engine, radical aerodynamics, and plethora of electronics. But, that didn’t stop the minds at Divergent 3D, a company that is specializing on making vehicles with 3D printing technology.

We have talked about 3D printing here at Asphalt & Rubber before, a technology that when the economies of scale finally take hold of it, should turn several industries on their heads.

For the Divergent 3D Dagger, you can see that the frame, swingarm, and fuel tank are built using Divergent’s 3D printing technology, which uses additive manufacturing to create metal-alloy nodes, and carbon fiber tubes to connect them, when applicable.

In the case of the Divergent 3D Dagger, our best information is that the machine’s chassis comprises solely of metals that have been 3D printed, sans the carbon fiber tubes that can be found on the company’s Blade supercar, though it wouldn’t be hard to change the design of the frame to employ carbon fiber.

So, this is what the future is going to look like. “Drivers” will hop into their cars, and zip around town, without paying any attention to the road in front of them. Cynics might say that already happens, but this scenario is about to move from hyperbole to reality very, very quickly, in a very, very interesting way.

When I say it will be interesting, I mean it in the old Chinese curse of “may you live in interesting times” sort of way.

Autonomous vehicles are going to usher in a revolution for transportation. They will change the way we commute, and change the way goods are transported. They will reduce on-road fatalities in motor vehicles, while also increasing the ethical concerns of transportation. It will be interesting.

For motorcyclists, it’s not clear what this all means. Motorcycles might become the two-wheeled escape from the autonomous grind, pushing our industry further into the “consumer discretionary income” realm and novelty. We should ask ourselves: is this a good thing?

It’s also just as easy to imagine a world where “unsafe” non-autonomous vehicles get outlawed, if for no other reason than the divergence they pose to the system.

Our one saving grace is that autonomous vehicle technology has to grow up in a world where it is several standard deviations outside of the norm. Pedestrians, bicycles, motorcycles, etc do not feed into the system that pilots a car like the Tesla Models S, shown in the video after the jump.

Instead, these vehicles have to evolve and grow-up in a world that doesn’t cater to them. That’s interesting too, but more so when you look at how a Tesla Model S perceives the environment around it – reading road signs, assessing objects in its path, understanding the markings of its environment.

It’s something to think about on your commute today.

Fresh as an MBA graduate, in the very early days of Asphalt & Rubber, I had an interview with a prominent Fortune 500 company that was well-known for its 100 year plan.

This was a topic of conversation during my job interview, as I found it intriguing that a company could even pretend to predict what the world will look like in 100 years.

To find the arrogance in this notion, imagine the trying to predict things like social media, cell phones, the internet, automobiles, commercial flying, and space travel…all at the turn of the 20th century.

With the rate of change we have seen in the past 100 years, apply that same trend to the next 100 years, and you will see how futile such a prediction can be. What don’t know what we don’t know, in this regard.

So, it’s with some amusement that we share with you today BMW Motorrad’s vision for motorcycling in the next 100 years.

The German brand calls its the BMW Motorrad VISION NEXT 100, and says that the concept “embodies the BMW Group’s vision of biking in a connected world – an analogue experience in a digital age.”

I had to check the A&R archives to see if we have even mentioned Lit Motors before, mostly because the the San Francisco startup has been slow to develop its self-balancing motorcycle, and I’m not terribly bullish on the project.

That doesn’t mean the concept is without merit though, and its apparently caught the interest of Apple. If that sounds strange to you, then you need to understand that Apple, along with a bevy of other tech giants, is working on an autonomous car for the masses.

This “Project Titan” as it’s called, has already seen Apple poach a couple of Lit Motors’ personnel, and now the most valuable company in the world is looking at acquiring Lit Motors, and/or other automotive entities, according to the New York Times.

Motorcyclists often romanticize about their bikes, talking about a motorcycle’s personality, or lack thereof.

This is total bullshit by the way, but there is something to be said about the connection between man and machine, as it is the same emotional bond that makes one a devout believer of one brand, and detractor to another.

Usually we make these connections through something visceral, like the sound of an engine, the power going down the road, or the handling of the chassis. Rarely does one speak about a motorcycle’s personality in the same breath as its electronics, but that might change.

This is because Kawasaki is working on an artificial intelligence (AI) project that will see its motorcycles grow and evolve personalities to compliment its owners.