Detroit Electric and Tesla step up
New roadster revealed by Detroit Electric, while Tesla discusses its next two-seater

What’s immediately obvious, and perhaps more so than in its Tesla rival’s lines, is the Lotus backbone of the new car. Its Elise roots are barely hidden – perhaps no surprise, as DE’s CEO Albert Lam was formerly a Lotus chief. Under the skin, though, it’s all change, with a 204hp electric motor that delivers 166lb ft of torque and a 0-62mph time of just 3.7 seconds. DE also claims that its range will exceed 180 miles.
Unlike the Tesla, however, the SP:01 will feature a manual transmission with four ratios for “optimal acceleration” – although it does add that “there is little need to change gear regularly to ensure brisk progress”. The body, meanwhile, will feature an aluminium platform and carbon fibre bodywork, with the result that weight will be kept down to just 1,067kg. You’ll have to really, really want one, though, as just 999 will be built, each costing $135,000 – a shade under £90,000 at today’s exchange rate.
Detroit Electric will represent the first direct rival to Tesla, which so far has had the electric roadster market to itself. So it’s no surprise that on the morning of the SP:01’s unveiling, Tesla has also revealed some details of its next roadster. Talking to Autocar, Tesla’s vice president of sales & ownership experience, George Blankenship, said that the next-generation Roadster will “push the envelope beyond what anybody else is doing”. To this end, he cited increased range, beyond the 200 miles of the first-generation car, and a 0-62mph time of well below four seconds.
The next roadster will arrive in about five years time, after Tesla has established the Model S and Model X, by which time, Blankenship added, the company hopes to have a presence in the UK with a dealership in London.
[Sources: Detroit Electric; Autocar]



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http://www.autoweek.nl/nieuws/22900/detroit-electr...
I suspect there are other cost reductions due to it being 100% electric, like VAT (sales tax)?
It also has a genuinely useful 180 mile range over the 50 mile range from the Tesla and there isn't much to argue about with the same platform and arguably better looks from Detroit.
Surely, the challange is to make one of these for say £35k. Do that, and it has legs, until then it's a mere distraction from the main game. (Why Lotus themselves haven't explored this avenue i have no idea)
To be fair - its going to take a long time before electric cars are produced in the numbers of petrol ones to get the economy of scale to make it cheap.
Its a start and its a show case for what they can do. It would not even surprise me if at that price they barely make any money on the car (or even if they sold it at a loss).
The performance figures are VERY impressive, if true...
They are unashamedly following the business model/plan that Tesla did - and it sounds like it might work for the latter so whats wrong with a bit of copy cat here?
And maybe they think they can do it better?
I easily get 150 miles in my 3 year old Tesla Roadster in the real world, even before being topped up if required (it recharges quickest when battery is low). I certainly would not describe the performance as poor, sub 4 seconds to the speed limit sees off most cars on the road, before it gets illegal. When they do pass it is in a cloud of unburnt fuel spewing from the exhaust. In speed camera central I fail to see the compromise in this over other 2 seater sportscars, except perhaps for those few who actually travel long distances in their 458 or Gallardo.
I spent 12 years in Hong Kong, I left in large part because of the pollution, much of which is caused by filthy diesel vehicles in HK. An IC engine, particularly a diesel, kicks out small particulates which are the worst for getting deep into the lungs, no different to smoking.
AND deny that,solar panels cost more energy to produce, than what they will ever generate.
AND forget that every wind generator is actually a few tonnes of cadmium, etc. , etc.
AND forget that the fuel burnt for bringing all resources for the batteries together, producing them, and shipping them again to the factory is about as much as what the car would consume during half of it's life cycle, if it had a petrol engine.
If cars were to have external energy generation, the only possible solution could be compressed air.
No heavy (dirty!) batteries to haul everywhere you go, easy to convert existing cars, more familiar sound and power delivery, lower weight, safe, etc.
You'd still have to cover a lot of miles for a normal driver to break even, but it might be viable for someone who drives in London a lot.
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