Active Yaw Control

Active Yaw Control

Active Yaw Control (AYC) is an automobile feature that uses an active differential to transfer torque to the wheels that have the best grip on the road. Unlike traditional mechanical limited slip differentials, an AYC is electronically controlled. [ Mitsubishi Technical Features: Active Yaw Control] , Mitsubishi Motors UK website.] [ "What is Active Yaw Control (AYC)?"] , Mitsubishi Lancer Register FAQ.]

AYC was designed by Mitsubishi Motors, first introduced in the Mitsubishi Lancer Evolution IV. It has been included in certain models of every subsequent generation, and was also used in the VR-4 variant of the eighth generation Mitsubishi Galant sedan and Legnum wagon. Later developments led to S-AYC (Super-Active Yaw Control), first introduced on the Evolution VIII, utilizing a planetary gearset which could support an even greater torque bias than the previous system. [ [ "Latest MMC Technologies and Future Goals"] , Mitsubishi Motors website.] [ "Development of Super AYC"] , Yuichi Ushiroda, Kaoru Sawase, Naoki Takahashi, Keiji Suzuki & Kunihiro Manabe, Mitsubishi Motors website.] AYC and S-AYC have also been seen in several Mitsubishi concept cars based on the underpinnings of the Lancer Evo, such as the CZ3 Tarmac and Tarmac Spyder, the Montero Evolution, the RPM 7000, and the Concept-X. [ [ "Mitsubishi Concept Cars"] , MMNA website.]

Active yaw control is based on a computer-controlled rear differential which can actively split torque based on input from various accelerometers in the vehicle measuring longitudinal and lateral "g" forces, steering, brakes and throttle position. Where ABS brakes are fitted they too are included in the input parameters. It accomplishes this via two hydraulic clutches which can limit torque on individual axles. This system should not be confused with stability control systems which utilize the braking system of a vehicle by individually braking certain wheels to rotate and slow the car (such as Electronic Brakeforce Distribution). AYC is a performance-oriented system which aims to "increase" cornering speeds.


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