The Aura EV Concept is a long-range, all-electric speedster boasting 400 to 500 miles of driving range. It may not have the supercar-styling of a Bugatti Chiron or McLaren Elva. Still, the Aura EV is more about substance than style and results from a collaboration between four British companies: BAMD Composites, Conjure, Astheimer, and Potenza Technologies.
The four companies also got help from the UK Office for Zero-Emission Vehicles, with a common goal of creating the first homegrown long-range British EV. And when it comes to electric vehicles, aerodynamics is critical in squeezing out every ounce of driving range from the batteries, and the brainiacs behind Aura EV know this all too well.
But the future of Britain’s EV industry should not only have a more extended range. It needs to be sustainable as well, reducing every ounce of carbon footprints along the way. Aura EV has a lightweight composite body derived from natural fibers. In addition, its svelte yet minimalist silhouette is the result of computational fluid dynamics to make it as slippery as a fish in the water. And if those covered rear wheels are any indication, Aura EV can slice the wind almost effortlessly.
Unfortunately, some details are pretty scarce, but we were lucky to receive more information about Aura EV. According to sources, the car has two 44 kWh battery packs. One of them is on the floor, while there’s also a battery pack under the hood, enough to propel Aura EV to 400 miles (643 km) on a single full charge. If you came here looking for numbers, we’re sorry to disappoint. We’re expecting performance to be peppy for your weekend excursions, but don’t expect it to outrun a Rimac Nevera or Lotus Evija.
One of the central premises behind Aura EV is to reduce people’s perceptions of range anxiety, enabling buyers to adopt the EV lifestyle without further hesitations. Other quirks include a custom steering wheel with a self-positioning screen and a hi-tech human-machine interface with 3D visualization. Meanwhile, Aura EV’s Android-sourced battery and charging software can monitor the state of charge within 0.5-percent for superior accuracy, ensuring drivers will never unexpectedly run out of juice or wait unnecessarily at a charging station.