The F-16 is inherently unstable and cannot fly without computerized nannies to keep it aloft. As AWD systems in cars get more complex and can do more things more quickly, one wonders if there will come a time when we’ll be absolutely unable to drive without gizmos to make sure rubber stays on road. Torque vectoring is the next step in AWD, its contribution being that it can get power to any wheel nearly instantly without having to use the brakes or cut power.

Most current AWD control wheelspin by braking a spinning wheel or cutting the power from the engine. Torque vectoring is achieved by using redesigned differentials that can distribute power to the wheel or wheels that have traction. That means that wheels don’t need to be stopped, and even better, you won’t suffer from a sudden loss of power as you’re negotiating an unexpected loss in traction. The systems in use now or being developed work on FWD, RWD, and AWD cars, and can get power to any wheel or combination of wheels. Ricardo’s system can do so in a tenth of a second.

We drove Acuras with SH-AWD (Super Handling All Wheel Drive) earlier this year on an ice track in Montreal, and the difference is remarkable. Where other SUV’s stopped in the middle of an icy corner either due to braking or power loss, the Acuras maintained their lines almost at speed. Mitsubishi has used the technology for almost a decade now on its Lancer Evolutions, and Audi and BMW will be joining the party later this year with new systems from Ricardo and ZF.

[Source: Auto Blog]

This partnership is one different, unexpected good. The Mitsubishi already is giving the platform of the Outlander for the PSA, so that it can vender 4007 Peugeot and the Citroen C-Crosser, and in exchange the PSA will supply to 2,2 engines turbodiesel of 154 horses to be placed in the Outlander.

Beyond this engine diesel, goes to have one another one in the Outlander, 2,0 diesel of 138 horses of the Volkswagen. This very goes to be good Mitsubishi to obtain it to vender its SUVs in the Europe, a market with great headquarters of cars diesel. A motor gasoline also goes to be offered to finish the line complete.

Not, this notice is not repeated. In the way it last year Mitsubishi UK launched the Mitsubishi Lancer Evolution IX FQ-360, a special model of the Lancer Evo, with nothing less than 366 horses leaving its engine 2,0 turbo. It had those air diffusers in the ceiling, airfoil back giant, parts in carbon fiber and wheels to the style of rally.

Now in January the Mitsubishi launches a different model short while, that the same is cited above, but with two letters “MR” there in the way. Its engine is prepared by the Ralliart and for the HKS, with the same power of 366 horses, but the Mitsubishi says that this model is faster in the answers of what the previous one. Its acceleration of 0-100 is of magicians 3,9 seconds () e its maximum speed is of 255 km/h, controlled eletronicamente. Or it would walk still more of what this.

The wheels of five rays are changed by others of 11 rays. This is optimum Evo IX never manufactured.