Eve Fitzgerald Ford Fiesta, 2017-11-04 19:54:24. The agile and responsive Ford Performance-tuned chassis will be supported by enhanced Torque Vectoring Control technology that improves road holding and reduces understeer by applying brake force to the inside front wheel when cornering. Three-mode ESC will enable drivers to choose between full system intervention; wide-slip mode with limited intervention; and full system de-activation. Greater personalisation.
Mollie Slater Mazda, 2017-10-29 09:42:54. The impression is of a space that reaches ahead as the car navigates the road. The interior of the Mazda Vision Coupe, just like its exterior, has a satisfyingly deep and three-dimensional feel; its lines run smoothly from front to back, exuding a sense of speed. Structural forms such as the center console, door trim and instrument panel intersect with one another without touching, creating a sense of ma inside the car. The spaces that are created encourage the flow of air throughout the car, and the three-dimensional framework makes occupants feel safely ensconced without any sense of confinement. In recent times, car interiors have come to be dominated by large displays. Although considerable amounts of information need to be supplied to the person operating the car, these screens can easily become a barrier that blocks the driver view. This model features a see-through screen developed by Mazda; it functions as a display only at those times when it is required, creating an interior space with perfect visibility for the driver needs.
Niamh Hart Mazda, 2017-10-28 10:10:10. The Mazda Kai Concept compact hatchback heralds a new generation of Mazda cars. Featuring the next-generation SKYACTIV-X gasoline engine, SKYACTIV-Vehicle Architecture and a more mature expression of the KODO design language, the model embodies the technology, engineering and design concepts that will define the next generation of Mazda cars. Refinements in all areas of dynamic performance have produced a dramatically quieter, more comfortable ride and an enhanced performance feel. The Mazda Kai Concept features muscular, solid proportions and its form is brought to life by a delicate flow of reflections over the body sides. Developers of the all-new Mazda CX-5 aimed to take the emotional appeal and powerful vitality the carmaker has pursued with its KODO - Soul of Motion designs to a yet higher level by creating a fresh expression of beauty that appeals to mature sensibilities. Aiming for a unique design only Mazda could produce, the development team started with a simple yet honed form free of non-essential elements, as is common in traditional Japanese crafts, choosing "refined toughness" as the design keyword.
Eve Fitzgerald Mazda, 2017-10-29 09:42:53. The all-new Mazda CX-5 is available with an enviable line-up of i-ACTIVSENSE systems including the latest edition of Mazda Radar Cruise Control (MRCC), which can follow a preceding vehicle from a standing stop, and Traffic Sign Recognition (TSR), which reads speed limit and other road signs, displaying the message on the Active Driving Display. Mazda is looking to do no less with the 2017 Mazda 6 than deliver a flagship offering a foundation for the perfect driver-car relationship.
Caitlin Duncan Mazda, 2017-10-28 10:02:45. Efforts focused on creating a confident, resilient look that further enhances the distinct personality and dynamic flavour of the outgoing model. An expression of pure motion running from the front to the rear of the body conveys agile acceleration and speed. The all-new CX-5 exudes a boldly seductive charm. Its physique emphasises the solid stance and forward momentum with a simple form that beautifully reflects shadows and highlights. A lower centre of gravity and 10mm wider front and rear tread give the all-new Mazda CX-5 a more powerful stance. Mazda repositioned the A-pillars some 35mm rearward compared to the current model, also optimising the relative positions of the front axle and A-pillars. The motion conveyed down the sides of the vehicle culminates at the rear with a trapezoidal shape that extends from the liftgate out toward each rear tire. The result is a powerful physique that appears firmly planted from any angle.
Libby Wade Mazda, 2017-10-28 10:10:00. Repositioning the A-pillars rearwards expands the driver horizontal field of view, while smaller door mirrors enhance diagonal forward visibility. Rear visibility has been improved with a slightly lower beltline than the current model and the adoption of a single pane of glass for the rear window. The front seat seatbacks incorporate suspension mats, with the stiffness of each part optimised to firmly support the waist and minimise lateral upper body sway and head motion. Vibration-damping urethane foam on the seat cushions, meanwhile, provides greater comfort. The all-new Mazda CX-5 is the first Mazda to adopt a two-step reclining mechanism on the rear seats. Comfort improvements in the back also include a lower hip point, seat cushions with a three-dimensional shape that follows the occupant lower body form, and the availability of rear seat heaters and climate control vents on the back of the centre console.
Mollie Slater Mazda, 2017-10-29 09:42:53. Smart Brake Support (SBS) also widens its speed range for automatic braking, in this case from 15-145km/h to 15-160km/h, thanks to the forward sensing camera, which supplements the existing 77GHz microwave radar. SBS monitors preceding vehicles, first sounding an audible warning should it detect a hazardously closing gap and pre-filling the brakes, applying them should the driver fail to respond. Traffic Sign Recognition (TSR) also utilises the new camera to identify speed limit and "no entry" signs, immediately notifying the driver via the Active Driving Display. It warns drivers with visual and audible alerts should they exceed the limit.
Libby Wade Mazda, 2017-10-29 09:42:53. 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.
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