Automotive

The insane 1-megawatt electric on/off-road Miss R supercar

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Xing Mobility's 1,000-kilowatt (1,341-hp) electric on-road/off-road supercar called the Miss R
Xing Mobility's 1,000-kilowatt (1,341-hp) electric on-road/off-road supercar called the Miss R
The Miss R is intended for both on- and off-road driving
The Miss R boasts four-wheel torque vectoring
The Miss R's battery pack is made up of 98 Lego-like stackable modules each containing 42 lithium-ion cells, for a total of 4,116 cells
Xing Mobility's in-house developed modular battery system is central to the Miss R
Miss R is currently undergoing initial testing and the prototype is slated to be completed in 2018
A limited production run is scheduled to begin in 2019, with a purchase price of around US$1 million expected
The Miss R is currently undergoing initial testing
The Miss R is being developed by Taipei-based electric powertrain startup Xing Mobility
The Miss R is being developed by Taipei-based electric powertrain startup Xing Mobility
The Miss R's battery pack is made up of 98 Lego-like stackable modules each containing 42 lithium-ion cells, for a total of 4,116 cells
The Miss R boasts four-wheel torque vectoring
View gallery - 12 images

Unlike Tesla, Taiwan's Xing Mobility isn't interested in becoming a car manufacturer. It just wants to prove the performance and reliability of its electric powertrain systems. And it's chosen to demonstrate its prowess with an absolutely ludicrous experiment – a 1,000-kilowatt (1,341-hp) electric on-road/off-road supercar called the Miss R.

Using four-wheel torque vectoring, the Miss R promises to accelerate from 0-100 km/h (0-62 mph) in just 1.8 seconds, which would see it pipping the 2020 Tesla Roadster by a 10th of a second and absolutely annihilating anything short of a purpose-built dragster from the internal combustion world.

Reaching 200 km/h (124 mph) will take about 5.1 seconds, which is how long it takes last year's Maserati Quattroporte to reach half that speed, and Miss R is expected to have a top speed between 270 and 300 km/h (168 and 186 mph).

Heat becomes a huge issue in ultra high-performance electrics, and Xing has safeguarded its battery packs from overheating using an unique liquid cooling system. Xing has created Lego-like stackable modules each containing 42 lithium-ion cells and packed 98 of them into the car for a total of 4,116 cells. All of these are immersed in 3M's Novec 7200 engineering fluid, which is totally non-conductive, great for heat transfer and also happens to suppress fire.

The Miss R's battery pack is made up of 98 Lego-like stackable modules each containing 42 lithium-ion cells, for a total of 4,116 cells

Xing tells us this liquid cooling system allows the extraction of a massive amount of power, equal to or slightly more than the Tesla, while using somewhere between 30-50 percent fewer cells. That means this car won't get near the Roadster's 998-km (620-mi) range, but it allows the entire battery pack to be swapped over in just five minutes.

Miss R is currently undergoing initial testing. The next test will boost things up to the terrifying full power of this thing, and the prototype is slated to be completed in 2018. A limited production run will then begin in 2019, with a purchase price of around US$1 million expected.

Oh, and yes, despite this thing's utterly obscene power and acceleration, it's designed for road, track AND off-road rally use. There's no doubt 1,341-hp off the road will turn a few hairs white. After all, Group B rally was shut down in the mid-80s when cars making less than half that figure were sending too many drivers to a fiery doom.

At a million dollars a pop, Miss R doesn't do much to prove the economics of electric performance – we'll leave that to the US$200k Tesla – but it's yet another demonstration of the wild, furious performance you can get when you swap hydrocarbons for electrons.

Check out an early test video below.

Source: Xing Mobility

View gallery - 12 images
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9 comments
Simon Gibson
Should this not be called 'on-road/on-track' as off-road infers a landscape suitable for 4x4's with good ground clearance and I don't see this vehicle driving through muddied fields or across any rough terrain.
SimonClarke
I love all of the work that companied are doing with electric vehicles. Yes it does beat the new Tesla Roadster by 0.1 second in the 0-60 but it is like comparing apples and oranges. as was stated, this car is five times the price with only two seats.
Anyway, keep up the good work and I am looking forward to the day that I can drive my solar charged, all electric A-Class RV.
smackoz
Hmmm... http://money.cnn.com/2017/05/05/autos/toyota-worlds-fastest-suv/index.html Sure not production but still not bad for a hydrocarbon guzzler.
smackoz
You might what to compare the energy densities of these two fuel sources for cars before you write off hydrocarbons.
https://en.wikipedia.org/wiki/Energy_density
Lithium batteries barely make a show of things compared to hydrocarbons as a fuel source.
navmed
The car looks very promising. The video is terrible.
TomWatson
Boring video for such an awesome machine. Bad promotional video. I want to see speed and cornering FAST.
Grunchy
Nice car, but I still want Aptera. Dammit!
Tom Lee Mullins
I think that is both cool and green.
I think it would need more ground clearance to be considered an off road racer (unless one means smooth dirt tracks?).
b@man
168 mph? Must need overdrive:)