Caitlin Duncan BMW, 2017-11-04 19:54:37. The first ever M Performance model in the X3 lineup sets new standards with its sharper dynamics, high level of exclusivity and standout emotional appeal. The 3.0-liter M Performance TwinPower Turbo technology 6-cylinder inline engine ensures the all-new BMW X3 M40i sits at the top end of the model range. Output of 355 hp propels the flagship X3 from 0 to 60 mph in a best in segment time of 4.6 seconds. The X3 M40i also includes a wealth of model-specific set-up and equipment features, which both underpin and lend added impact to the exceptional performance credentials of this SAV. The BMW X3 M40i is equipped with an 8-speed Steptronic Sport automatic transmission with Launch Control. This transmission is a perfect match for the engine‘s dynamic characteristics and can be operated using shift paddles on the steering wheel. In addition, its xDrive all-wheel-drive system has a far more pronounced rear bias than on the other model versions. The Performance Control feature integrated into the DSC system and acting on the rear wheels has been reconfigured to produce agility and traction for which M Performance models are known for. Moving into the cabin, Sport seats and "M40i" logos adorning, for instance, the front door sills and instrument panel, provide visual emphasis of the car‘s performance capabilities.
Libby Wade Mazda, 2017-10-28 10:10:00. A 15.5% increase in torsional rigidity over the current model reduces flexing that might otherwise slow the vehicle response to steering input from the driver. Increased use of ultra-high strength materials including 1,180MPa steel on the A-pillars and 980MPa steel on the side sills and B-pillars. To enable stress-free conversation in the cabin, great effort was devoted to reducing the low-frequency road noise heard when driving on coarse surfaces as well as high-frequency wind and tire noise when travelling at higher speeds. Compared to the outgoing model, the all-new Mazda CX-5 achieves around 10% clearer conversation levels in the cabin at a cruising speed of 100km/h and reduces noise by some 1.3dB when traveling on rough roads.
Caitlin Duncan Mazda, 2017-10-28 10:02:45. 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.
Eve Fitzgerald Mazda, 2017-10-28 10:02:13. i-stop is Mazda innovative, intelligent idle-stop system. Standard equipment on the all new Mazdas including the 2017 Mazda 6, it uses combustion energy for the restart. In addition to saving fuel, this enables some of the fastest restarts in the industry: 0.35 seconds for SKYACTIV-G petrol engines and only 0.40 seconds on SKYACTIV-D diesels. i-stop uses a refined control module to switch off the engine in the ignition/expansion stroke (petrol) or compression stroke (diesel), the optimum cycles for restarting. In fact, i-stop actually waits for the moment the cylinders are in the ideal restart position. And it only takes a spilt second.
Mollie Slater Mazda, 2017-10-28 10:01:16. Both SKYACTIV-D 2.2 versions feature a sequential twin turbocharger, delivering outstanding toque without turbo lag, as well as the fuel-economy advantages of optimum combustion timing, specially shaped pistons, multi-hole piezo injectors and more. These unconventional diesels are now more responsive and quieter than ever, too, with three new systems for the SKYACTIV-D 2.2 making their debut on the 2017 Mazda 6. The first, High-Precision DE Boost Control, enhances boost pressure control and enables finer fuel injection adjustments to sharpen the response to the accelerator, particularly under light load urban conditions or when merging onto a busy motorway. It thus achieves accurate and swift torque generation at the slightest touch of the accelerator pedal for smooth, linear acceleration with minimal shock and vibration - more like a naturally aspirated petrol engine. The car accelerates as intended, refining the Jinba-Ittai communication and feedback between the driver and car. It a well-oiled relationship.
Kiera Shaw Mazda, 2017-10-28 10:01:50. The 2017 Mazda 6s comprehensive range of active and pre-crash safety systems includes Blind Spot Monitoring (BSM). Its 24GHz radar keeps track of vehicles approaching from behind (as close as 2m) and in adjacent lanes (up to 8m to the side and 50m behind) at 30km/h and up, visually and audibly altering drivers should they signal a lane change. BSM includes Rear Cross Traffic Alert (RCTA), which uses BSM sensors and signals when the car is reversing. Lane-keep Assist System (LAS) monitors the road markings via the forward sensing camera at 60km/h and up, warning the driver of unintentional lane changes (e.g. without using the turn signal) by vibrating the steering wheel. LAS even provides steering torque assistance to return the vehicle to the centre of its lane. Adaptive LED Headlights (ALH), which debuted on the 2015 Mazda 6, combines glare-free LED high beams and wide-range low beams with an auto-levelling function. Each headlamp has four LED blocks that can be shut off individually to avoid impairing other motorists vision. The low beams greatly broaden coverage and with it visibility at places like intersections.
Millie Lowe Mazda, 2017-10-28 10:00:37. It works like this: As soon as the driver turns when, say, entering a curve, GVC uses engine torque to generate deceleration g-force. This shifts the load to the front wheels, increasing front tire grip to boost responsiveness. When the driver subsequently maintains a constant steering angle through the curve, GVC restores acceleration engine torque, which transfers the load back to the rear wheels. This supports vehicle stability. Because the load transferring draws out added grip from the respective wheels, it furnishes a dynamic balance of stability and responsiveness, which in turn makes the 2017 Mazda 6 behaviour correspond more precisely to the driver intentions. And GVC does its job regardless of the driver skill level in a range of driving situations: At low or high speeds, on straightaways or winding roads, on rain, snow or ice, and even during emergency manoeuvres.
Eleanor Norton Mazda, 2017-10-28 10:02:25. The benefits are numerous. By optimising the vertical load on the tires to the given conditions, it keeps the vehicle on its intended path while significantly reducing the need for steering correction. The communication between driver and car is simply more efficient, which instils confidence and reduces driver fatigue. And safety, since a relaxed driver is also more alert. It also enhances comfort, since the smoother, "natural" transition of g-forces supresses occupants head and body movement. Developers looked closely at human perceptions to come up with a system that reacts so quickly as to be indiscernible. GVC therefore not only enables better control of the car than is possible for a person on their own, it also extremely subtle about it. The aforementioned deceleration force normally amounts to a g-force on the 2017 Mazda 6 that is scarcely distinguishable to occupants.
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