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Californian motorists should brace themselves, as the Golden State is poised to let autonomous vehicles onto its roadways, en masse. Announcing that it will begin taking applications for driverless vehicle licenses starting in July, California will begin granting autonomous vehicles access to its roads in September of this year.

The decision is part of a larger nationwide push for autonomous vehicles, a topic we have covered at length here on Asphalt & Rubber, and accordingly something that the Motorcycle Industry Council (MIC) and American Motorcyclist Association (AMA) have finally taken an interest in participating on an advisory level.

Before Ducati’s monocoque chassis design was all the rage in superbike design, the folks at Honda were busy toying with the same idea.

Outlining a patent in 2006 for a motorcycle whose engine would be fully utilized as a part of the chassis, Honda’s design, which differs in minutiae, predates Ducati’s patent by almost a year and a half.

A noticeable departure from Honda’s MotoGP design, one can argue whether Honda’s monocoque chassis was destined for the next iteration of the CBR1000RR or the next generation VFR at the time of its conception.

There isn’t anything necessarily wrong with the twist-grip throttle design found on motorcycles, after all millions of motorcyclists each year manage to use this simple design with great efficacy.

This, however, does not mean that the current iteration of throttle design is perfect for its application; after all each time you twist the throttle, you are compromising the angle of your wrist in relation to the handlebar. Maybe it is time for another way?

That is the thought process behind the Inoveli throttle concept. Using a rider’s thumb, instead of their wrist, the Inoveli throttle allows one to keep a constant grip on the handlebar throughout the entire throttle range of motion, which translates into less rider fatigue and more rider safety.

It seems Erik Buell Racing has been thinking about alternative-fuel vehicles, as the company from East Troy had filed and received a patent for a hybrid drive motorcycle design.

There is nothing particularly astonishing about EBR’s patent, after all with hybrids being all the rage in the four-wheeled world, it was obviously only a matter of time before that same trend transitioned to motorcycles as well.

However, what is interesting about Erik Buell Racing’s patent is that it doesn’t set forth the Prius-inspired setup that you would expect, where an electric motor takes over or assists an internal combustion engine.

Instead, EBR’s setup is more like the Chevy Volt, with a small petrol-fueled generator being on-board to charge the bike’s batteries once they have been depleted by the electric motor, and thus killing the range anxiety that is prevalent in current EV bike designs.

David spent some lines of text yesterday talking about the lack of chassis innovation in the Moto2 Championship — a series whose spec-engine rules were supposed to be a playground for chassis engineers. As we know now, Moto2 has become a race of common denominators, with twin-spar aluminum frames ruling the day.

Company’s like Vyrus have threatened to enter Moto2 with their very stylish Vyrus 986 M2 race bike, with its hub-center steering design; but as David pointed out, the work involved to train racers for the new inputs these machines provide is perhaps the bigger boulder to carry when compared to developing the motorcycles themselves.

That doesn’t mean that innovation is lacking though, as we bring you another intriguing design, this time one built right here in sunny California: the Taylormade Carbon2.

After the initial disappointment at the death of the 250cc two strokes, the advent of the Moto2 class raised hopes that Grand Prix racing would enter a new era of chassis innovation, as the teams spent the money saved on engine development on exploring novel solutions to the problem of hustling a motorcycle around a circuit is the shortest time possible.

The first set of designs unveiled did little to feed that hope, with most bikes being of the aluminium twin beam variety which is standard in most sports and racing machinery, with a couple of tubular trellis frames thrown in for good measure.

Even that variety did not last. The trellis frames were the first to go – mostly as a result of the extra weight the design created – and the number of chassis manufacturers dropped from 13 in the first year to 6 in 2013.

Even that figure gives an inflated picture of the variety in the paddock: 28 out of the 32 permanent entries form Moto2 this year use either the Kalex, Suter or Speed Up chassis. The bikes vary in stiffness, in aerodynamic detail and in aesthetics, but other than that, they are virtually identical.

So why is there no real innovation in the Moto2 paddock – or MotoGP or Moto3, for that matter? The answer is simple, and has been discussed here many times before. The attitude which characterizes the paddock in technical terms is not one of the fearless pursuit of knowledge and innovation.

It is not a hotbed of blue sky thinking and adventurous engineering. It is a place of conservative evolution, of cautious refinement, where proven concepts are polished to as near perfection as possible.

Having used a number of bluetooth headsets over the years, I can tell you that I generally loathe the technology. For starters, it usually means an add-on item that involves wires snaking around my head and neck, with some sort of cumbersome box precariously latched to the side of my helmet (or worse, permanently affixed). Over the past decade, the technology has gotten better, especially with the popularity and compatibility of bluetooth devices, but I have yet to see an elegant solution in this space. Most of this boils down to the UX.

With leather riding gloves, hopelessly small buttons become impossible to manage, and heaven forbid I am wearing thicker winter gloves. Voice-activated controls are sketchy as well, especially when on a revving motorcycle, and somehow my audible commands to change an MP3 track have me instead accidentally calling ex-girl friend, which only leads to more frantic fumblings for the right button/command combination — keep in mind, this is all while riding a motorcycle at speed on a freeway, an endeavor already with its own set of perils.

At this point in time, I have pretty much given up on a good integrated solution. Established manufacturers don’t seem to be answering the call (pun intended) by upgrading their offerings to keep pace with technology, and add-on systems are still cumbersome and inelegant solutions. Yet, I still have the desire for intercity rides where I can listen to turn-by-turn directions, and long highway treks where my Pandora stations could make the miles pass a little quicker.

One small company is helping me keep the faith a this point, as the motorcycle gloves from BEARTek are showing some promise. Devising a glove-based bluetooth controlling system, BEARTek has devised a clever way of controlling one’s smartphone while on a motorcycle, making at least part of the connected-rider equation look promising. I have some business notes though…of course.

Despite the fact that the business side of motorcycling is run by a small close-nit group of curmudgeons, Neanderthals, and Luddites, the world outside of motorcycling continues to press on without us.

And while various parts of the motorcycle industry are busy trying to figure out how to adapt to this whole new “internet” technology fad thing (it has only been commercialized for over two decades now guys), the same group of people are busy trying to maintain the same business models and practices that came from the post-World War II economy.

In other words, when it comes to technology and the motorcycle industry, we are all pretty much fucked.

Testing has already gotten underway and concluded at Sepang today, meaning the teams of MotoGP have released their livery for the next season with varying degrees of fanfare and showmanship. It’s no surprise then that we found a couple photos of the LCR Honda RC212V adorned with a seductive Playboy bunny affixed to it, in what surely has to be the best GP team launch in 2011.

If you read Asphalt & Rubber on a religious basis (we are your motorcycling zen temple, right?), you’ve likely divined by now that I’ll chastise just about any company that uses the premise that “sex sells” (nothing boils my blood more than this cleverly short, yet misguided maxim), and that I love a good scrappy startup that’s got more hustle than funding (case in point: A&R is a penniless motorcycle startup trying to make it in this crazy online world).

So how does a the multi-million dollar motorcycle racing team with half-naked women draped all over their machinery get such accolades from our humble motorcycle blog? Because LCR Honda is the epitome of innovation on the business side of MotoGP racing.

Car makers BMW and Volkwagen have been teaming up for the past four years on a study funded by the German government that explores vehicle automation and interlinking. Exploring technologies that share traffic conditions not only with drivers, but also with other cars and city infrastructures, the two auto manufacturers have created systems that would help time lights at intersections, and adjust vehicle velocities in order to improve the flow of traffic and safety. While the study focused primarily on car-based systems, there stemmed a couple interesting pieces of technology that could see their way onto motorcycles in the future.

When was the last time you saw someone seriously rethink how a motorcycle seat functions and operates? To our knowledge this design from Brit Brothers is the first real attempt to rethink what our butts have known all along. With its eye catching design, and roller-style seat, Brit Bros says their seat has numerous benefits over your standard foam wrapped in vinyl garden variety seat, including the ability to help tame a high-side crash. Photos and more after the jump.