tonymil, thanks for the links. Reading people's and motorsport "journalist's" opinions (often uninformed) without focusing on the intended application of this vehicle simply makes my blood pressure go up - life is too short…
A few additional comments -
Looks: The iMiEV is functional but does make an attempt at aerodynamics with its front end. Beauty is in the eye of the beholder, with 'cute' being a common compliment from passers-by. I have a personal aversion to commonplace conventional 'ordinary' vehicles, anyway. Function trumps 'beauty' in my book.
Price: The iMiEV, if it were a conventional econobox, I would expect it to sell in the $15K pricerange. The after-rebates price of around $22K is the penalty for being an early adopter - I'm ok with that, just as I was buying my first outlandishly-priced Apple Macintosh in December 1984 because I considered it a superior product.
Emissions: let's not lose sight of the fact that we're talking about a vehicle which outputs zero compared to an ICE. I'll let others debate the cleanliness of the energy sources. I feel that we as individuals need to help, even if it's a tiny bit.
Operating cost: I have an oversized PV array, so my own recurring energy cost is zero. Somewhere else on this Forum there's a thread that i'll be revisiting and plan on updating based on my actual measured wall-to-wheels energy consumption which I've been meticulously tracking.
Color: my first car was a black Austin-Healy 3000. Never again would I have a black car: doesn't reflect the sun (that matters here in California), is invisible at night, and is impossible to keep clean. My two-cents
My iMiEV is white.
Heating: simply turning on the heater takes a ten-mile hit on the Range Remaining display. We found that preheating the car in the morning, coupled with then only running the seat heater (it's consumption is negligible) worked for us if we were going further - but then, we're not in upstate New York. The Leaf also takes a big hit in this arena. Sorry, but converting battery energy into heat is such a waste… with my other EVs, I simply resort to a fleece blanket. Because of our battery-powered vehicle efficiency we simply don't have the waste heat of an ICE to utilize for cabin heating. Running the iMiEV's heater is no big deal if you're within your range limits.
Range: the more we drive it, the more we realize that speed is THE major culprit. I hope to be quantifying this in the next few weeks. Don't get your hopes up if you use the Interstate a lot at 70mph; on the other hand, on city streets and up to about 45mph it's the Energizer Bunny - and a lot depends on whether you're a leadfoot. Since I've been driving EVs with far worse range for years, opportunity charging is second nature. Although the iMiEV's efficiency I am finding to be far better than the EPA ratings, their highway/city mix range figure of 62 miles is actually pretty good. Since I never want to go below two bars (out of 16) on the fuel gauge, we rarely travel more than about 40-50 miles without planning for opportunity-charging. Hopping onto the freeway (Interstate) to get anywhere is the norm around here.
Technology: the heart of a lithium-xx battery electric vehicle is the Battery Management System. So far, I'm impressed with our iMiEV's controls over its power source. Elsewhere on this Forum is a discussion of the very advanced battery pack in our iMiEV. Let's face it, it takes guts for a major manufacturer to sell an advanced-technology product and they certainly wouldn't do it without a massive development and life/stress test effort. Toyota (Scion IQEV) and Honda (FitEV) are wimping out and leasing, and plug-in-hybrids are IMO a less-stressful and more-manageable battery environment than pure EVs. Hopefully these batteries prove to be even more successful than the NiMh of a decade-ago. Besides, the warranty is pretty good.
Sheesh, sorry for the verbosity...