Honda’s IMA will dominate future high performance automotives
When we take a look at the Honda 2014 CR-Z Hybrid Sports Coupe, We find a vehicle that demonstrates the beauty of IMA applied automotive engineering. IMA, first Introduced to the world by Honda in the form of the original mass produced gasoline electric hybrid; the 1999 Insight. Despite the onslaught of automotive news media driven battery -life and replacement cost propaganda that resulted in consumer hesitancy to purchase one, the Insight was the least expensive hybrid of the day and would set average mpg records that still stand to this day.
From time to time I’ll sight one on the streets of Eugene and am always taken aback by the Jetson Esque modern line and mono chrome paint theme of the original Insight.
Fifteen years after its inception these cars remain very cutting edge. At the heart of this well working Hybrid is the Honda IMA propulsion configuration. Beautiful in its simplicity, Honda Engineering has married a primary high efficiency small displacement 1-VTEC engine with an electric ( power booster.) And of -course a lithium battery for surplus generated power storage.
Perhaps that’s a bit simplistic as to the engineering genius that’s IMA. Implications suggest that the principle can and may be applied to all modes of personal and commercial transportation.And, while Honda looks to hydrogen fuel cell generated electricity as an answer to ending oil/ fossil fuel dependency, I believe that a bio-diesel or compressed natural gas IMA will be the answer for North America.
What we find today in the Vezel, Civic Hybrid, CR-Z and Accord Hybrid is the winning combination of an internal combustion high efficiency generator, driving a high torque electric motor. Cogeneration, brake re-generation, CVT, gasoline engine primary with electric motor secondary rear or front wheel drive drive, all, Honda firsts.
Wow, my head is spinning.