Honda Hybrid Cars and Trucks
Posted on 15. Apr, 2009 by Mark Coleman in Hybrid Cars
The development trend and increasing interest in taking care of the environment, and saving the planet’s energy resources by wasting as little as possible has materialized at least in the field of car making. We are talking about the creation of a new type of vehicle: the hybrid. Honda is among the many car manufacturers that have committed to this approach, designing a number of hybrid cars like the Hybrid Honda Accord.
The Hybrid Honda Accord was made between 2005 and 2007 by Sayama, Japan and Marysville, Ohio. The successors of the Hybrid Honda Accord are Honda FCX Clarity and Honda Accord Diesel. The class to which the Hybrid Honda Accord belongs is mid-size. This is actually a 4-door sedan with an FF layout. It has a 3.0L V6 engine and a 5-speed automatic transmission. The other specifics of the Hybrid Honda Accord include the wheelbase of 107.9 in, the length of 189.5 in (in 2005) and 191.1 in (in 2006 - 07), the width of 71.4 in (in 2005) and 71.7 in (in 2006 07), the height of 57.0 in (in 2005) and 57.2 in (in 2006 07). Other vehicles by Honda related to the Hybrid Honda Accord are Honda Accord and Honda Inspire.
The Hybrid Honda Accord is a hybrid combination of the North American Honda Accord which was created in model years starting with 2005 through 2007. The Hybrid Honda Accord followed the other hybrid varieties from Honda: Honda Insight and Honda Civic Hybrid. The third in the line of hybrid Hondas, this Accord variety was valued $3,000 more than the EX V6 model Accord and it maintained the same trim and feature levels, except the 2005 model which did not have the power sunroof. The Hybrid Honda Accord remains at the top of the Honda lineup.
This car presents the same displacement as the regular 7th generation Accord V6 power plant; yet the engine of the Hybrid Honda Accord comes from the Honda Odyssey Minivan model of 2005. The Hybrid Honda Accord allows the user to shut off three out of the six cylinders in order to save fuel, but only under certain conditions. This technology regarding the cylinders is known as Variable Cylinder Management (VCM) and it was

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