Electronics are to take a further step in the world of motorcycle racing this season. In addition to being abundant throughout engine and chassis, Moto2 and Moto3 official tire supplier Dunlop is to introduce them into the tires. In an official press release issued today, Dunlop announced that they will be using RFID chips in the spec-tires used in Moto2 and Moto3, to keep precise track of the tires used in both classes.

For the moment, the technology will be used solely to track tire usage in Moto2 and Moto3. Tiny RFID chips will be built into the official Dunlop tires during the manufacturing process, each programmed with a unique identifying code.

Sensors in pit lane (shown in the photo here on the Dunlop website) will monitor when each tire leaves pit lane, and when they return. Using the database which maps which tires have been allocated to which riders, Dunlop can keep precise track of which tires have been used when, and for how long.

Zero Motorcycles has announced the release of the company’s iPhone and Android mobile applications for the Zero’s range of electric motorcycles. A handy interface to change the basic performance settings on the motorcycle’s EV components, Zero’s mobile app connects via Bluetooth and allows a rider to adjust the bike’s top speed, torque, and regenerative braking.

The app also allows the rider to get more detailed information about the state of the motorcycle’s charge, operating temperatures, battery volts/amps, and ride statistics. Additionally, a rider can configure the application to show the money saved using electricity instead of gasoline, C02 spared from entering the atmosphere, etc.

With the mobile interface is available on all of Zero’s 2013 models, one of the more interesting features of the mobile application is that it also allows a Zero owner to send diagnostic information back to Zero HQ for analysis and troubleshooting, saving a trip (and presumably a fee) at the dealership. Chewy.

The first day of the extra two-day test for the CRT teams laid on to allow the teams using the new Magneti Marelli spec-ECU has been almost entirely wasted. A lack of parts and above all, a lack of data with the new system meant that the day was spent mostly in the garage, with very few laps turned out on the track.

Only CAME Ioda’s Danilo Petrucci got in any serious track time, the Italian posting a total of 27 laps. All of those laps were set without any assistance from the electronics, however: with no data, the team had no base set up to work from, and Petrucci was lapping without any electronic aid.

“It’s really hard to ride a bike without any electronic controls,” Petrucci posted on Twitter afterwards, a fact that is borne out by his times. Petrucci’s fastest lap was a 2’06.841, two seconds slower than his best time from the race weekend at Sepang, and four seconds behind the best CRT time set back in October of last year.

The battle which has been raging rather politely between Honda and Dorna over the introduction of spec electronics continues to simmer on. The issue was once again discussed at Motegi, with still no resolution in sight. HRC boss Shuhei Nakamoto reiterated Honda’s opposition to the introduction of a spec ECU in an interview with the Japanese journalist Yoko Togashi, which was published on GPOne.com.

The reasons for introducing a spec ECU – or more accurately, a spec electronics package, including ECU, sensors, wiring harness and data logger – are twofold: the first issue is to cut the costs of electronics in the sport, an area where spending is rampant and where gains can always be found by throwing more money and more engineers at a problem. The second issue is to improve the spectacle; racing in the modern era has become dull, with the electronics and the Bridgestone tires contributing to produce races where it is unusual for there to be more than one pass for the win.

While Nakamoto did not comment on improving the show via electronics – it could be argued that radically changing the tires would have a greater impact on the spectacle than merely introducing a restricted spec electronics system – he did repeat the claim he has made in the past that merely adopting a spec ECU would not help to cut costs, claiming that if anything, it would actually increase costs.

If you have ridden motorcycles for any extended period of time, you likely have had a “moment” with an automobile — it happens to every rider. Motorcycles have a small visual profile when viewed from the front and rear, and we move around in our lanes, favoring the sides or the middle, depending on the road and traffic conditions. We change velocities with ease, accelerate much quicker than a car, and in a predominantly four-wheeled society, drivers are conditioned to look for an automobile in their mirrors, not a motorcycle.

I can barely go a week without hearing a story from a fellow motorcyclist about how he or she was cut-off by some “cager” that was either not paying attention, or worse, intentionally out to injure them. The truth is, there is no great car conspiracy to run motorcycles off the road, though some drivers do let their road rage get ahead of them, not realizing that a car is two-ton rolling weapon. A great component to being a seasoned motorcyclist is riding defensively, which includes understanding that lawful riding doesn’t always mean prudent riding.

A large portion of my “near misses” I saw before they even happened. A driver on a phone, a car hugging one side of the line, a gap forming in a lane during traffic, all these things are enticements to a driver to change lanes rapidly and without caution. These conditions should also be signals to a rider to be weary of the four-wheeled vehicle near them, as the burden is on us as motorcyclists to ensure our own safety on the road — we are silly to place that burden on someone else, especially someone within the relative safety an automobile provides.

When I hear these near-miss stories, what I rarely hear are the events that happened 30 seconds before the incident. Did the motorcyclist change lanes? How long had they been behind / next to / in front of the car in question? Did they see the driver in his or her mirror? If so, what were they doing? Sure, when they came over into your lane, nearly running you off the road, they were legally at fault, but you were in the wrong to think they wouldn’t do such an act.

Motorcycles conform to traffic patterns that are different from those used by automobiles. It is entirely possible for an attentive driver to check for a clear lane, and within the time it takes to signal and move lanes, a previously unseen motorcycle can take that space. All the “Look Twice” campaigns in the world cannot overcome the reality that if a motorcyclist puts him or herself in a rightful, but dangerous position, a bad outcome can still occur. But what if cars and motorcycles talked to each other?

The chance to substitute in the Repsol Honda team for the injured Casey Stoner was a great opportunity for Jonathan Rea to get a feel for a MotoGP bike and demonstrate his talent and potential, objectives in which he succeeded admirably. But it was also a chance for MotoGP journalists to grill the Ulsterman on the differences between various aspects of MotoGP and World Superbikes, Rea having shown he was both fast enough to feel the difference, smart enough to understand the difference, and articulate enough to explain it to reporters.

At Aragon, the subject turned to electronics, and the difference between the systems used in the two series. The topic was broached as Rea was explaining what had happened to him during the race. He had got caught up cycling through the various electronics strategies the Honda RC213V is equipped with, looking for one that would help him as the tire wore throughout the race. A lack of dry track time getting to understand how the electronics affected the bike as the tires begin to wear left him confused and struggling to find a setting that would work, Rea told reporters.

With the MotoGP paddock assembled at the Motorland Aragon circuit, the press got their first chance to gauge rider reaction to the proposal of a spec ECU which Dorna is looking to introduce into MotoGP, most probably from 2014. The reaction was guardedly positive among the MotoGP regulars, though all five riders questioned in the pre-event press conference raised concerns over safety. Only Jonathan Rea, standing in for Casey Stoner in the Repsol Honda team for probably the last time, dissented, believing that MotoGP should be a pure prototype series.

“If everyone has the same electronics, this will be positive for everyone, more positive for the ones who do not have the best electronics,” Jorge Lorenzo told the press conference. He was the first to voice safety concerns. “I think we have to try it and to see if we still have the same security on the bike. Because now we avoid a lot of crashes, especially highsides, and maybe with the standard electronics the bike is a bit more dangerous. Because now, the bikes are more powerful, we have more than 250 horsepower, so we have to be careful of these things.”

MotoGP has taken its first step towards the formal introduction of a standard ECU. Today, Dorna announced that they have reached agreement with Magneti Marelli to supply an electronics system to MotoGP teams for the next four years, starting from the 2013 season. To support the electronics system, Magneti Marelli will set up a MotoGP R&D center at their base in Bologna, Italy.

The system to be supplied is complete, and highly sophisticated. The system will comprise an ECU, a complete sensor package, data logger and all of the various wires and switches to make the system. The ECU on offer is described as being Magneti Marelli’s “highest technological option”. More importantly, the Italian electronics firm will supply full support for the ECU, both on and off the track, helping teams develop and set up the system. The system will be supplied free of charge to any team that requests it.

The system on offer will be supplied on a voluntary basis for 2013, with the teams free to continue to develop and use their own systems should they so choose. To allow teams to compete with the teams electing to use proprietary systems, the Magneti Marelli system supplied to the teams will be fully functional for the 2013 season. The Magneti Marelli system is the de facto standard in the paddock, with both Yamaha and Ducati already using a very similar system on their factory prototypes.

Officially debuting the 2013 Kawasaki Ninja ZX-6R in New York’s Times Square today, Kawasaki has unsurprisingly brought a stroked-out 636cc machine to a 599cc supersport battle. While the chassis of the new Kawasaki Ninja ZX-6R is the same, the motor has obviously been reworked, along with the bodywork. However, the big news from the reveal is the addition of Kawasaki’s three-mode KTRC traction control to the supersport-class motorcycle, once again proving that electronics are the new horsepower.

Other additions to the 2013 Kawasaki Ninja ZX-6R include Showa’s new SFF-BP front forks. Combining Showa’s Separate Function Fork (SFF) with its Big Piston (BP) technology, Kawasaki hopes the suspension units will provide the optimal balance between street and track riding. The new Kawasaki Ninja ZX-6R motor also gets further improved with the addition of a back-torque limiting slipper clutch.

Ahead of its yearly gathering of MV Agusta enthusiasts (this year marking 60 years of the famous brand), the Italian company’s CEO Giovanni Castiglioni sat down with Moto.it to answer some questions about the state of the company, the upcoming MV Agusta Rivale, and the future MV Agutsa F4. While Castiglioni confirmed the name of the company’s upcoming street-bike-meets-enduro model, perhaps the most interesting insight was the company’s philosophy on the F4 design, and what the next model year could hold for one of the industry’s most iconic motorcycles.