ECLECTIC ELECTRICS—17 YEARS AGO PART 1

IT WAS EARLY 2009 THAT R&T GOT SERIOUS ABOUT BATTERY ELECTRIC VEHICLES, BEVs, for short. (And no pun intended). In February 2009, we tested the Tesla Roadster, a rolling-chassis Lotus Elise conversion by this Silicon-valley upstart. And a month later, I assembled what I called “a bevy of BEVs.” These ranged from what I called the “Grande Dame,” the Toyota RAV4 EV (produced, and mostly leased, between 1998 and 2003), to the AC Propulsion eBox (my fav), to the one-off Wrightspeed X1, “the second-quickest car I’ve ever driven in my life—bettered only by the Benetton-BMW B186 F1 car.” 

Talk about eclectic! 

Here, in Parts 1 and 2 today and tomorrow, are tidbits gleaned from this article, together with some current perspective on this 2009 state-of-the-art.

Toyota RAV4 EV. Thank the California’s Zero Emission Mandate of the late 1990’s for this Toyota RAV4 conversion. “Our local electric utility, Southern California Electric,” I cited, “has accumulated hundreds of thousands of miles with its fleet RAV4 EVs, fairly common sights in our region.”

By 2009, there were some 1500 Toyota RAV4 EVs in So Cal Electric’s fleet. This and other images from R&T, March 2009

“So what’s a Grande Dame like to drive?,” I posited. “In a word, pleasant. At 0-60 mph in 16.1 seconds, she’s anything but quick. On the other hand, the RAV4 EV doesn’t get swamped by traffic, and remember, the old dear is almost a vintage car by EV standards.”

Tesla Roadster. In February 2009, we called the Tesla Roadster “the Porsche 911 of EVs.”

Though the Roadster had Standard, Maximum Performance, and Maximum Range modes, this time around, “we treated the Tesla as a true enthusiast car—mostly in Maximum Performance Mode—and it responded in kind.”

A Business Plan. “Tesla sees the Roadster,” I described, “as the initial element of an ambitious plan (one that’s been tried by others, alas, unsuccessfully). The idea is to produce a limited number of premium vehicles, sell them at premium prices, and turn around the profits into a second phase. This involves a medium-price car sold in considerably larger numbers, generating enough profit for the final iteration, that of large-scale production of a moderately priced car. And, of course, in Tesla’s plan these would all be EVs, its own little collection of Eclectic Electrics.”

What with one thing and another (the Trump/Musk bro/no-bro relationships among them), this is still a work in progress.

AC Propulsion eBox. “The eBox,” I confessed, “starts life as a first-generation Scion xB, one of our favorite boxes on wheels…. The [lithium-ion battery] modules reside beneath each front seat, their location profiting from the car’s high seating position. They’re positioned toward the chassis centerline so there’s no degradation of side-impact protection.”

“The most interesting control,” I noted, “is one adjusting brake regeneration. The lever has a Min/Max range, and its use utterly separates driving patterns of an eBox from those of conventional cars.”

“Set to Min,” I described, “the car coasts easily on liftoff and brakes in a transparent fashion. Set increasingly to Max, one-pedal driving (with the ‘speed pedal’) become not only possible but quite pleasant. That is, lifting off the accelerator invokes perhaps 0.5g of braking, a fairly steep rate likened to what you might use approaching a toll booth from speed.” 

“All this and a 0-60 mph time of 7.0 seconds, wrapped up in a tidy box of extreme utility.”

Tomorrow in Part 2, we’ll learn more about the AC company, an electrified Kei car, and another giving an immense charge out of driving. ds 

© Dennis Simanaitis, SimanaitisSays.com, 2026