Honda Seattle | Honda Newark

	HONDA.REALRESULT.US - HONDA, HONDA LOS ANGELES, HONDA ATLANTA, HONDA HOUSTON, HONDA CHICAGO, HONDA NEW YORK. - At the same time improved intake efficiency and a higher compression ratio deliver an output of 103kW (140PS) and 174Nm (17.7kgm) of torque while comprehensive friction reduction measures and airfuel ratio control result in fuel economy of 17.0kml (5speed automatic transmission in 1015 mode). Honda Seattle \| Honda Newark \| Honda Detroit	Map site
31.07.2010 \| 316 \| 03:35:48
Honda Seattle This exceeds Japanese fuel economy standards for 2010 by 5%7. The engine also achieves outstanding emissions performance with emission levels 75% below 2005 Japanese government standards.
Honda Newark 7 5speed manualtransmission vehicle is recognized as meeting Japanese fuel economy standards for 2010. Honda Seattle. Transmissions To take full advantage of the engines performance characteristics Honda has developed a new 5speed automatic transmission8 that achieves both powerful acceleration and superior fuel economy.
Honda Detroit In addition to direct control via a linear solenoid and coordination of control functions with the DBW system the use of both close and wide gear ratios delivers dynamic offtheline performance and smooth shockfree acceleration combined with outstanding fuel economy during highspeed cruising. Threeshaft parallel construction an ultrathin torque converter the use of a common driven gear for 4th and 5th gears and other innovations help make the transmission significantly more compact than that of the previous Civic. Honda Newark. Lockup control is employed in every gear while a lowfriction clutch reduced oil agitation resistance and other highefficiency innovations make a substantial contribution to fuel economy.
Honda Fort Worth The 5speed manual transmission9 provides reduced vertical and horizontal shift load for a more neutral feel while delivering a smooth snagfree shift transition that reduces resistance as the shift lever passes the center midshift point to slip effortlessly into gear for a light exhilarating touch. 8 Available on all Civic types. Honda Detroit. 9 Available on Civic 1.8G type New Honda Hybrid System with 3Stage iVTEC IMA(Civic Hybrid) Hondas independently developed hybrid system which combines an engine as the primary drive force with electric motor assist to achieve outstanding fuel economy and clean emissions has evolved significantly.
Honda Orlando The New Honda Hybrid System features a 3stage iVTEC engine that regulates the valves to provide three stages of valve timing (lowrpm highrpm and cylinder idle mode) in accordance with driving conditions combines with a significantly improved IMA (Integrated Motor Assist) system to deliver 20% higher output10 along with 5% better fuel economy10 when driven in 1015 mode. Honda Seattle. The system provides lowspeed torque on par with a 1.8liter gasoline engine while achieving ultrahigh fuel economy of 31.0kml surpassing Japanese government fuel economy standards for 2010 by 5%.
Honda Tampa The system also achieves outstanding emissions performance with emission levels 75% below 2005 Japanese government standards. A newly developed dynamic regenerative braking system regulates brake assist volume during braking based on the amount of brake regeneration. Honda Seattle. Whereas a regular brake booster is powered by engine vacuum this system employs a hydraulic brake booster that utilizes hydraulic pressure stored in the motor to boost braking capacity.
Honda Generator This ensures stable braking assist even during Idle Stop cylinder idle and at other times when the vehicle is powered by the motor alone while also allowing total control over the degree of hydraulic braking. Honda Seattle. 10 Compared to the previous Civic Hybrid Honda Multimatic S (Civic Hybrid) The Honda Multimatic S continuously variable transmission delivers smooth shockfree driving and contributes to improved fuel economy by effectively maintaining the engine in its optimum fuelefficiency range.
Honda Part Transmission efficiency has been maximized and a wide ratio employed for the highspeed gears to contribute up to 3.5% increased efficiency during cruising while also delivering more powerful driving performance. At the same time clutch capacity has been increased to respond to the power units high torque output. Honda Seattle. All of these improvements have been made while maintaining the same compact design as the previous Civic Hybrid.
Fort Lauderdale Honda Finely tuned gearing control responds to driving conditions for a smooth natural feel. Exterior Design The exterior employs a forwardcabin onemotion form design with the front window thrust boldly ahead emphasizing the extension of the front fenders and rear deck with the cabin more compact lengthwise. The result is a form rich in threedimensional contours that emphasizes the independence of the cabin while at the same time imparting a sensation of dynamic solidity. Honda Seattle. From the front view sharply designed innovatively shaped headlights slant boldly up to either side of the horizontal floating center grill.
Honda Sacramento, Honda Columbus Ohio Elegantly flush surfaces emphasize the unity of the front mask which gently blends into the hood and up to the expansive surface of the front windshield to impart a feel of aerodynamic high performance quality. Honda Seattle. From the side view the body gives a strong feeling of width while the character line has a triangular crosssection extending rearward from the front to the rear bumper to express a feeling of speed and power. Honda Detroit. The sporty rear view features a cutoff tail that creates a refreshing image with oval dual exhaust pipes and rear combination lights arranged in a pattern of four circular lights with ringshaped illumination. Honda Fort Worth. The Civic Hybrid features highly aerodynamic customdesigned lightweight aluminum wheels front air spoiler and trunk spoiler11 to emphasize its aerodynamic qualities. Honda Seattle. A new color Super Platinum Metallic12 employs newly developed Super Platinum metallic paint technology to bring out the shadows when light hits the bodys surface accentuating its rich surface composition.