My daily driver was a 4speed automatic Toyota Echo 2005 for 5 years before I sold it. IIRC, city avg was okay but not so great on highway: was on par/higher compared to my -S- cars. May the Prius C would have a been a transitional hybrid vehicle until plug-in hybrid or something else becomes available but it came too late for me.
I did a lot of test drive of brand new cars during 2010-2012 laps but they were old technology to my eyes. I choose to kept my daily driver Saturn -S- cars (7.6L / 100 kM lifetime average), that was true until I bought my Volt. My 2000 Saturn SW2 with a 5 speed (only) manual tranny turns 6.2 L / 100 kM on a 560 kM highway ride this last week-end, without any cruise control @110. I still love them ... (Use it or lose it). My SW2 weight 1117 kG vs Prius C 1132 kG. It wasn't so bad after all.
My Chevy Volt lifetime average is below 1 L / 100 kM after almost a year later (175.6 L / 18,535 kM). Most fuel burnt was last winter. My fuel consumption would have been lower without those 500 kM (1) day long week-end ride. Soon, I would have a dedicated kW.h meter to my Volt but until then, I have to rely on Onstar's data. I don't try to convince first comer asking me few questions about my Volt from the economical point of view only (because economics vary widely form one individual to another), but how enjoyable it can be to drive electric (instant torque = frugal sport car in my minds). Don't know about the Prius C CVT driving experience (enjoyment?), I say that because I dislike so much my mother's Versa CVT, but this is another story.
First picture:
April 3rd, 2013, 5C, winter tires, mostly highway 110 km/h, left home with full battery, return home with partial recharge (18.4 kWh total use). 1715 kg, comfy, good (to me) Bose sound system, can't complain except EV-km would rise as soon above temp. above 15C but below 30C, especially due to use of cabin A/C, not battery conditioning. During winter time, the cabin heater "eats" more energy in comparison to the electric driven A/C does.
As seen below example: 18.4 kW.h / 107.7 kM => 17.1 kW.h /100 kM (10.5kW.h/17.1kW.h/100kM=61kM avg).
20.13 L / 345.2 kM => 5.83 L /100 kM on the range extender internal combustion engine. Blended avg 4.42 L / 100 kM
Second picture:
This capture was taken August 27th,2012: 3.8 kW.h / 31.5kM => 12.1 kW.h /100 kM (10.5kW.h/12.1kW.h/100kM=86kM avg). Note the 54kM estimated remaining after I drove the first 31.5 kM (54 + 31,5 = 85.5 kM)
Last Edit: Today at 01:46:49 pm Add 3rd picture