Caitlin Duncan Mazda, October 31st , 2017. 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.
Caitlin Duncan Mazda, October 31st , 2017. 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.
Eleanor Norton Mazda, October 31st , 2017. 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.
Niamh Hart Mazda, October 31st , 2017. 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.
Paige Dodd Mazda, October 31st , 2017. 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.
Millie Lowe Mazda, October 31st , 2017. Short for "Intelligent Energy Loop", Mazda fuel-saving i-ELOOP brake energy regeneration system was the world first such passenger car technology to utilise a capacitor to store electricity recovered during braking. Mazda focused on the recurring deceleration and acceleration cycle of everyday driving conditions. Determining that a typical deceleration phase lasts only about 10 seconds, the company adopted an electric double-layer capacitor (EDLC) to quickly capture and temporarily store the recovered electricity rather than a dedicated lead-acid starter battery or lithium-ion unit.
Paige Dodd Mazda, October 31st , 2017. Based on the premise that peace of mind is a central element of Jinba-Ittai driving, Mazda Proactive Safety encompasses a holistic approach to protecting those within and beyond the vehicle. The Mazda Proactive Safety concept starts with providing a wealth of support to the driver. The medium is i-ACTIVSENSE, which is Mazda radar and camera-based range of advanced active and pre-crash safety technology. The idea: Help drivers help themselves by recognising and informing the one behind the wheel of potential dan-ger, only intervening when an accident is unavoidable.
Mollie Slater Honda, November 04th , 2017. The 2018 Odyssey enhanced Advanced Compatibility Engineering™ (ACE™) body structure is the second generation of Honda proprietary ACE structural design. ACE is an exclusive body design that enhances occupant protection and crash compatibility in frontal crashes. It uses a network of connected structural elements to distribute crash energy more evenly throughout the front of the vehicle, helping to reduce the forces transferred to the passenger compartment. It can help to more evenly disperse the forces transferred to other vehicles in a crash as well. ACE also helps reduce the chances that one vehicle will override or underride another, improving crash compatibility of vehicles that differ in size. ACE goes further by offering additional strength and protection in small overlap frontal collisions, which are among the most severe. Multiple material grades, including ultra-high-strength steel, are used in the Odyssey body construction to help optimize safety performance.
Eleanor Norton Audi, November 04th , 2017. In the induction tract, the intake valves close well before the piston reaches bottom dead center. This very short opening time keeps the fresh gas flow comparatively small. When the piston moves back up again after reaching bottom dead center, the compression phase starts later than usual. This allows a high geometric compression ratio of 10.0:1 - the combustion then takes place in a relatively small volume. In comparison to the short compression phase, the expansion phase is extended, which results in a high level of efficiency.
Caitlin Duncan Ford Fiesta, November 04th , 2017. Ford’s new cylinder deactivation technology - first announced for the 1.0-litre EcoBoost engine and a world first for a three-cylinder engine - will further improve fuel efficiency for Ford Fiesta ST customers without affecting performance by automatically stopping fuel delivery and valve operation for one of the engine’s cylinders in conditions where full capacity is not needed, such as when coasting or cruising with light demand on the engine. The technology can disengage or re-engage one cylinder in 14 milliseconds - 20 times faster than the blink of an eye - to seamlessly deliver full performance on demand. The all-aluminium engine also features an integrated exhaust manifold that improves efficiency by helping the engine reach optimal temperatures faster, and delivers torque more rapidly by minimising the distance exhaust gasses travel between cylinders and turbocharger. Gas particulate filter technology that reduces soot emissions will also feature.
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