Libby Wade BMW, 2017-11-04 19:54:21. BMW Motorsport returns to Le Mans with the FIA WEC in 2018. The last time a BMW race car featured on the grid was back in 2011, with the BMW M3 GT2. One year prior to that, the Jeff Koons’ (USA) BMW M3 GT2 Art Car had caught the eye, as it wrote the latest chapter in the story of the BMW Art Car Collection at Le Mans. Among the BMW Art Cars that had started previously at Le Mans were Alexander Calder’s (USA, 1975) BMW 3.0 CSL, the BMW 320i designed by Roy Lichtenstein (USA, 1977) and Andy Warhol’s (USA, 1979) BMW M1. BMW Motorsport‘s greatest sporting hour in Le Mans came in 1999, when Yannick Dalmas (FRA), Joachim Winkelhock (GER) and Pierluigi Martini (ITA) took overall victory in a BMW V12 LMR. The McLaren F1 GTR, powered by a BMW engine, had previously triumphed at the "Circuit de la Sarthe" in 1995. The first time a BMW car started at the 24 Hours of Le Mans was back in 1939, when a BMW 328 claimed a class victory after 236 laps of racing. After 1972, BMW cars regularly lined up at the endurance classic.
Shannon Griffin Honda, 2017-10-19 15:02:28. Unique C-shaped taillights give the Honda Odyssey a more luxurious and modern rear appearance, as does expansive chrome trim joining the taillights across the tailgate. Additional character lines visually divide the tailgate into lower, mid and upper segments, with light playing differently on each surface for more visual appeal.
Paige Dodd Honda, 2017-10-19 15:02:27. The 2018 Honda Odyssey 3.5-liter V6 engine meets the tough EPA Interim Tier 3/Bin 125 and CARB LEV3/ULEV-125 emissions standards, and is certified to this level of emissions performance for 150,000 miles. Numerous advanced technologies are factors in the emissions performance. The unique cylinder head-mounted close-coupled catalytic converters light off quickly after engine start up, and a 32-bit RISC microprocessor within the Electronic Control Unit (ECU) boosts computing power to improve the precision of spark and fuel delivery. The engine features Programmed Fuel Injection (PGM-FI) that continually adjusts the fuel delivery to yield the best combination of power, low fuel consumption and low emissions. Multiple sensors constantly monitor critical engine operating parameters such as intake air temperature, ambient air pressure, throttle position, intake airflow volume, intake manifold pressure, coolant temperature, exhaust-to-air ratios, as well as the position of the crankshaft and the camshafts.
Caitlin Duncan Honda, 2017-10-19 15:02:28. A cooling control spacer positioned in the water jacket surrounding the cylinders helps control warm-up and operating cylinder liner temperatures to reduce friction. Plateau honing of the cylinder lining further reduces friction between the piston skirts and the cylinder walls by creating an ultra-smooth surface. This 2-stage machining process uses two grinding processes instead of the more conventional single-stage honing process. Plateau honing also enhances the long-term wear characteristics of the engine. Designed with "cavity-shaped" crowns, the 2018 Odyssey pistons help maintain stable combustion and contribute to stratified-charge combustion. Ion-plated piston rings help reduce friction for greater operating efficiency. Heavy-duty steel connecting rods are forged in one piece and then "crack separated" to create a lighter and stronger rod with an optimally fitted bearing cap.
Millie Lowe Honda, 2017-10-19 15:02:28. Once the engine is fully warmed up, for maximum power and fuel efficiency fuel is injected during the intake stroke. This helps create a more homogeneous fuel/air mix in the cylinder that is aided by the high-tumble intake port design. This improves volumetric efficiency, and the cooling effect of the incoming fuel improves anti-knock performance. Every 2018 Odyssey is equipped with an ECON button that helps improve fuel efficiency by modifying throttle mapping and HVAC operation. When the system is operating, a green ECO indicator appears on the instrument panel and the Drive-by-Wire throttle system provides a more gradual response. To save additional energy, the climate control system characteristics are altered based on the conditions. A green coaching light in the instrument display gives the driver feedback to help improve their real-world fuel economy and instant or average fuel economy can be displayed.
Caitlin Duncan Honda, 2017-10-19 15:02:27. The 2018 Odyssey shares the same 118.1-inch wheelbase with the previous-generation Odyssey for superb second- and third-row seating roominess, easy ingress and egress, and superior ride comfort. The overall length increases fractionally to 203.2 inches due to a 0.4-inch longer rear overhang, while the width decreases by 1.1-inches to reduce frontal area, reducing aerodynamic drag. Overall height is nearly identical. The dimensional adjustments do not compromise interior roominess, as the new Odyssey offers fractionally more front and third-row headroom, retains almost identical overall passenger volume, and offers more cargo volume, with two inches more length in the cargo area, than the previous generation.
Kiera Shaw Honda, 2017-10-19 15:02:27. The Odyssey V6 engine combines Variable Cylinder Management (VCM) with Variable Valve Timing and Lift Electronic Control (i-VTEC), which changes the lift profile, timing and lift duration of the intake valves. A switching mechanism allows each cylinder to operate with low-rpm valve lift and duration or high-rpm lift and duration. While operating in 3-cylinder mode, the rear cylinder bank rocker arms deactivate, closing all intake and exhaust valves to minimize pumping losses. The "intelligent" portion of the system is its ability to vary valve operation based on the driving situation and engine rpm. At low rpm, the i-VTEC intake valve timing and lift are optimized (low lift, short duration) for increased torque, which allows a wide range of 3-cylinder operation. As engine rpm builds past 5,350 rpm, the i-VTEC system transitions to a high-lift, long-duration intake cam profile for superior high-rpm engine power.
Mollie Slater Honda, 2017-10-19 15:02:27. 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.
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