IEEE Spectrum Lists 2015’s Top 10 Tech Cars


Formula E racer

Formula E racer

IEEE Spectrum’s 2015 Top Ten Tech Cars list includes several plug-in electric cars.

Here’s a graphic showing the cars that made the Top Ten list:

2015 Top Ten Tech Cars

2015 Top Ten Tech Cars

We should note that while only two of the cars (BMW i8 and Formula E racer) on the list are available exclusively as plug ins, some of the others come with a plug-in setup as an option (Mercedes-Benz C-Class and Volkswagen Golf).  Let’s not overlook the Toyota Mirai either.  Though not a plug-in, it is an electrically powered car.

BMW i8

BMW i8

Below you’ll find a snippet (click the car’s name for the full IEEE write-up) on why the BMW i8, Formula E racer, Toyota Mirai and Volkswagen Golf were chosen for this Top Ten list:

BMW i8:

As a splashy billboard for a plug-in future, the BMW i8 is unmatched. Environmentalists who shake their fists at guzzling Lamborghinis fall in love. Speed freaks who scoffed at electrified sports cars change their tune in 4.4 seconds, the time it takes the i8 to howl to 100 kilometers per hour (62 miles per hour). Design mavens thrill to the BMW’s thermoplastic-clad, wind-cheating teardrop shape.

The i8 isn’t the first carbon-fiber-intensive car. But along with its cousin, the i3, the i8 is the clearest indication yet that the future belongs to cars made from material that’s ultrastrong yet weighs half as much as steel.

Formula E racer

Formula E racer

Formula E racer:

Governed by Formula One’s sanctioning body, the single-spec Formula E car is designed and built by a who’s who of racing heavyweights. McLaren Electronic Systems created the AC “motor-generator unit,” with a maximum 200 kilowatts (268 horsepower) and a roughly 3.0-second sprint from 0 to 100 kilometers per hour (62 miles per hour). A driver-operated “push to pass” feature delivers temporary bursts of an additional 67 kW (90 hp).

Italy’s Dallara built the carbon-fiber-and-aluminum honeycomb chassis. Williams Advanced Engineering, which helped introduce KERS (kinetic energy recovery systems) to F1, designed in just six months what it calls one of the most sophisticated traction batteries in history. Limited to 200 kilograms (441 pounds), the liquid-cooled, lithium-ion Rechargeable Energy Storage System passed the same ultrarigorous fire and impact standards of F1 components.

Toyota Mirai

Toyota Mirai

Toyota Mirai:

Is it a Mirai or a mirage? Skepticism is necessary with hydrogen-fuel-cell cars. Dazzled by the promise of tailpipes that emit only water vapor, a generous driving range, and fill-ups within minutes, people often overlook the downsides: hardly any places to refuel and very high costs for both fuel and vehicles. But like Jason in the Halloween movies, hydrogen is ba-aaack, with several automakers insisting that they’re this close to putting hydrogen cars in showrooms.

The Mirai is the latest trial balloon, coming to California in late 2015 in small volumes at US $58,325 (or about $45,000 after tax incentives). Fuel-cell cars are basically electric cars that replace the battery with a fuel stack that generates electricity via a one-way chemical reaction fueled by hydrogen; when the hydrogen runs out, you pump more in.

Volkswagen e-Golf

Volkswagen e-Golf

Volkswagen Golf:

The Golf recently marked its 40th anniversary as an affordable overachiever. But the seventh-generation VW has outdone itself, winning worldwide accolades for design, performance, and technology.

The MQB’s standardized common core allows every imaginable power train—gasoline, diesel, electric, hybrid—to plug and play smoothly in the same front location. The electric version, for example, doesn’t detract a whit from passenger or cargo space. There’s even a compressed-natural-gas Golf.

Categories: BMW, Racing, Volkswagen

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12 Comments on "IEEE Spectrum Lists 2015’s Top 10 Tech Cars"

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Ford F-Series, next joke IEEE.

The Ford F-Series is the first truck with an all aluminum body, shaving hundreds (~700) of pounds and increasing fuel efficiency. That’s actually one of the more deserving entries on the list.

Fair enough. But how technically advanced is aluminum? It’s been used in vehicles since the 90s. What’s more, aluminum smelters are ridiculously power hungry so who knows what the actual offset will be over the lifetime of the vehicle. Just my thoughts.

I think the F-150 is cited because of the sheer scale of aluminum implementation, which required new processes and inventing new cost effective fastener techniques for high volume production.

The original Shelby AC Cobra had all aluminum body in the mid 60s.

Yeah, not all that new, and I seem to recall that door dings were a nightmare on those…..

Funny, the Tesla Model S(D) with its all aluminum body, (dual electric AWD), active collision avoidance, quarterly software performance upgrades, and autopilot technology didn’t make the list!

Guess too much technology in one vehicle for IEEE to comprehend?

Just as ironic; the BMW i3 is also missing from the list?

The carbon fibre body, adaptive cruise control and lane tracking features appear to not have registered on IEEE’s technology domain. Not that these technologies have anything to do with electronic sensors and software innovation? (sarcasm)

True… also consider that Ford did aluminum panels on Tauruses years ago… maybe not to same degree… but it is just an incremental change… not an innovation.

Surprises me how much attention the Golf is getting… it is a nice solid car… but the Nissan Leaf and Tesla model S, Kia Soul EV, also have designs that don’t take up cargo or passenger space to hide their battery packs… where are they.

I think the Golf is being cited because of the platform flexibility, which is a notable engineering achievement. It supports gas, diesel, hybrid, electric and CNG drive trains without any compromise on the vehicle’s styling, internal dimensions or driveability. That is unique at the moment.


Golf? Seems like an outlier.

Who and what is the IEEE?