For a selected few only. First impressions tell about a great styling (especially the rear end). We’ll see on Tuesday!No Lotus Evija at Goodwood?
Williams-engineered 70 kWh battery pack and a target output close to 2000 horsepower, this four-wheel drive EV weighing 3700 lbs...with 1253 foot pounds of torque, and a price tag in the $2.5 million region.
Lotus says that thanks to the 70 kWh lithium-ion battery pack's power output of 2000 kW, the Evija will reach 186mph in under nine seconds, after blasting to sixty in sub three. It's also a 200+ mile an hour affair, yet unlike most battery electric vehicles, Lotus' hypercar doesn't use a floor-mounted battery pack. Instead, the cells and inverters are mid-mounted behind the driver. Lotus says this layout delivers "significant advantages in terms of styling, aerodynamics, packaging, weight distribution, occupant comfort and dynamic handling", while also allowing for easy servicing, maintenance, and possibly battery upgrades in the future. No word on center of gravity.
the Evija’s charge time will be 12 minutes to 80 percent, and 18 to full. Lotus is aiming for a range of 250 miles
Only 130 people will be lucky enough to own Lotus' first completely new car in decades, a $2.3+ million electric vehicle with a build slot deposit of $315,000
Those EV hypecars look all the same, but this lotus has more curves and more holes, which is way too better than the rimac or something else.Soulless looking car but i guess cars today are what they are.
Also that's one ugly looking rear
I think it’s because we are still (to our era’s standards) in the infancy of electric motors. Back in early days of gas engines, I’m sure they explained it as just a “motor” and it made the thing move. I’m sure as more innovations come and the more electric motors reinvent themselves, we’ll start to see more tech talk with them. For now there’s not much to know other than it’s electric. All electric motors are the same at the moment.I think it's becoming important for EV manufacturers to start talking about the technical specifics of the powertrain beyond just peak motor power and battery capacity. People that are interested in cars like to be able to relate to the physics or mechanics behind an engine configuration. What are the key characteristics of the drivetrain design that enable it to perform how it does? I mean, most car people get why a quad turbo 8 litre, W16 engine is going to be high performance, beyond just stating its got 1400hp. I think it would be interesting to know more about the motor construction and possibly the battery performance stats.
While that calculator is correct that most of the power is consumed by aero drag, you can't ignore rolling resistance. This gives a Crr for car tyres on asphalt of 0.02:How much electricity would this setup use? Per this calculator and specs I've found on the internet, the Elise has a 0.4Cd (not great) and 1.6m^2 frontal area. Substituting our 2500lbs version, that equates to about 17hp needed to maintain 65mph, steady state. 17hp = 12,700 watts. So if we take a 190v system (half of the P85, again) and 12,700 watts, we end up with a ~67 amp current draw at 65mph. This equates to roughly 195wh/mi electricty usage if you aren't caning it. With our 600lbs, 42.5kwh battery, that would give a maximum range of just shy of 220 miles. Maybe not good for a big sedan, but seemingly perfect for a 'lightweight' sports car. Obviously if you are caning it, it wouldn't go nearly as far
Looks insane, although not really like a Lotus. I wonder if future Elise or Esprit will have similar design bits (that's if they're released at all).
Actually you can't, because they're inlaid directly to the carbon fibreYou could take the badges off
no one would actually know it's a Lotus, there's no design cues that highlights or ties-in the past models of the brand. It's just a generic hybrid/ aero dependent supercar shape like all the ones we've seen in recent years.
Looks more Ferrari than Lotus.
Looks insane, although not really like a Lotus. I wonder if future Elise or Esprit will have similar design bits (that's if they're released at all).
For me, I follow your thoughts, it doesn't look like a lotus to me too, but, in the other hand, it does !
The key to this is not that it looks like Lotuses did (not that it's ever had a brand "look"), but that it looks like Lotuses will - while retaining the core Lotus drivers of lightness and (as part of that) no free ride for parts.On the other hand, I can't really get excited over very limited run cars with price tags well into the 7-digit range. You know these cars are going to end up being driven by posers and it is far too valuable for most owners to even consider unleashing all 2,000 horses.
But I am intrigued to see this design language and EV tech make its way to future Lotus cars.