Mazda. Saturday , October 28th , 2017 - 11:08:43 AM
It is a rather simple concept: The driverprovides input via controls like the steering wheel, pedals and gearshift. The vehicle, meanwhile, does what it told and supplies feedback. Mazda is continually striving to perfect the concept, because effective communication between man and machine not only makes driving safer, but also more satisfying, more rewarding and more fun. Mazda calls this relationship Jinba Ittai, and to continue enhancing the "oneness" of driving its flagship, the carmaker looked at things from the customer perspective.
Three i-ACTIVSENSE advancements debut on the 2017 Mazda 6, highlighted by a brand-new forward sensing camera extending the functionality of various systems. The first is Advanced Smart City Brake Support (Advanced SCBS). Replacing the system near-infrared laser, the forward sensing not only widens the forward detection speed range from 4-30km/h to 4-80km/h, but can also identify pedestrians. Advanced SBCS automatically applies brakes should it spot an obstacle or person in front of the car. It also works in reverse using ultrasonic sensors at speeds of 2-8km/h.
At Mazda, we feel that car and driver should have a bond like that seen between a horse and its rider. This is the Jinba-ittai concept, an idea that lies at the heart of Mazda vehicle design. Based on this vision, we have been investigating new operational methods that minimize the gap between the driver and the vehicle space-allowing the driver to operate the car intuitively, as though it were an extension of his or her own body. In the Mazda Vision Coupe, the cockpit layout is symmetrical, with the steering center in the middle and everything else to the left and right, meaning that the driver can sense the central axis of the car at all times. The Jinba-ittai ideal of intuitive operation has also been brought into the controls. Drivers can bring up information with a quick touch of the center console, like a jockey stroking the neck of his or her horse. This and other controls seek to create a unique human-machine interface that intuitively connects car and driver.
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