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.

Technically very similar to the Bimota Tesi 3D (there’s a reason for that), the Vyrus 984 C3 2V is that other hub-center steering motorcycle from Italy. Featuring a 992cc Ducati DesmoDue motor at its core, the Vyrus 984 is about as radical as it gets when it comes to modern motorcycles. Upping the ante another notch though is the Vyrus 984 Ultimate Edition, which takes the already light 984 machine, and drops its weight to 144kg (317 lbs) dry.

Helping Vyrus achieve that ludicrous figure is the company’s copious usage of carbon fiber on the Vyrus 984 Ultimate Edition, which drops over 10 lbs from the original design. A large part of this weight savings is the front portion of the machine, which like the Ducati 1199 Panigale, builds directly off the engine cylinder heads, and serves double-duty as the motorcycle’s airbox.

Other goodies include carbon disc brakes, Öhlins TTX shocks for suspension, magnesium case covers, and an upside down aluminum box frame swingarm. Designed with the track in mind, the Vyrus 984 Ultimate Edition also comes with traction control and a full data-logging system. Price? Let’s just say it’s six figures. Expect a water-cooled Vyrus 985 Ultimate Edition to follow shortly.

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.

Cheating in motorsports is as old as the sport itself. Whenever powered vehicles gather together to race each other, then someone, somewhere, will try to gain an advantage, either within the rules or, if that is not successful, outside of the rules. In all classes, and at all times, teams, engineers and riders have all tried to cheat in one way or another. Even the imposition of a spec engine in the Moto2 class hasn’t prevented teams trying to cheat, and the paddock is awash with rumors regarding which teams are cheating and which teams are not.

The finger of blame is inevitably pointed at the most successful riders, and in recent months, it has been pointed mainly at Catalunya CX rider Marc Marquez. Marquez has a number of strikes against him, making him a popular target for rumors of cheating; firstly, Marquez is Spanish, and as Moto2 is a Spanish-run series, the non-Spanish teams are all fervently convinced that Spanish teams are not monitored as closely as they are.

Secondly, Marquez has the backing of Repsol, one of the more powerful sponsors in the paddock, exerting influence not just over Marquez’ Monlau Competicion team, but also over the much more important factory Repsol Honda team; the power of Repsol, the gossips suggest, exerts undue influence on the policing process. Thirdly, and most obviously, Marquez is fast, almost suspiciously so. The Spaniard’s bike is always one of the fastest through the speed traps, and accelerates hardest off the corners. His team put it down to hard work at finding exactly the right set up for Marquez to excel. One of the lighter Moto2 riders on a well-prepared bike, ridden by a fast and talented rider? That, Marquez’ supporters argue, is reason enough for him to be fastest.

To find out more about the situation, and what Dorna and the scrutineers are doing to address these concerns, I spoke to Race Director – and formerly Technical Director – Mike Webb at Estoril. I passed on the concerns that others had expressed to me about cheating in Moto2, and he explained to me exactly what Dorna are doing to monitor the bikes and ensure that cheating is kept to an absolute minimum, and that if it is happening, it does not pay. Here is what Webb had to say: