Lotus Evija 2021 Engineering Development

Lotus reveals further details on the Evija all-electric hypercar in a stunning new film featuring an engineering development vehicle testing on the 2.2-mile track at Hethel. At the wheel is Gavan Kershaw, Director of Vehicle Attributes for Lotus, who provides extensive new commentary on key elements of the Evija project. At almost five minutes long and using on-board cameras to reveal new views of the car, it’s the most detailed insight yet into the dynamic excellence of the Britain’s first all-electric hypercar.

The film has been launched as the Evija takes centre stage at this week’s Salon Prive Concours d’Elegance, the UK’s most exclusive motor show. It’s staged in the beautiful gardens of Blenheim Palace, a UNESCO World Heritage site in heart of the Oxfordshire countryside. In the film, Kershaw reveals how from the earliest discussions about what the Evija should be, the goal was to create a hypercar with genuine everyday usability. He reveals new details on the progressive deployment of power and torque though the car’s five drive modes:

▪ Range mode is limited to 1,000PS of power and 800Nm of torque, and intelligently switches the Evija from four-wheel drive to rear-wheel drive to maximise the distance available from the battery and its intelligent power management system.
▪ City provides greater power control and decreases the level of regenerative braking for urban environments.
▪ Tour provides automatically switchable four-wheel or rear-wheel drive, delivering over 1,400PS of power with torque-vectoring.
▪ Sport delivers performance figures of 1,700PS and 1,700Nm linked to stability control systems to increase traction levels.
▪ Track mode is the most extreme, boosting power delivery to the maximum 2,000PS. It delivers the highest level of torque-vectoring with the Evija’s Drag Reduction System (DRS) available on request. The chassis setting is automatically switched to Track.

Also included in the film are exclusive dynamic views of the battery pack located immediately behind the two seats, echoing the classic mid-mounted powertrain layout of so many Lotus cars. As Kershaw explains, this creates an optimum weight distribution and makes the Evija exceptionally manoeuvrable as it races towards its top speed of more than 200mph. As with all Lotus cars past, present and in the future, agile handling and exceptional steering are embedded in the brand’s DNA. Kershaw explains they were among the top priorities in setting the performance characteristics of the Evija: “Lotus cars are very nimble, inspiring great confidence when being driven, and the Evija is no different to that,” he states.

The Lotus Evija marks the start of an exciting new chapter in the history of an iconic and much-loved British sports car brand. With class-leading in-gear acceleration and an output of 2,000 PS – making it the most powerful series production road car ever built – it sets new standards in the global hypercar market. Satisfying a brief to be the most powerful and dynamically accomplished road car in the history of the company, the Evija represents a thrilling new high water mark for Lotus driving performance. As well as signalling the beginning of a contemporary new Lotus design language, the Evija is a bold statement of intent about the brand’s future ambition to be a truly global performance car company.

Lotus Evija Target Specifications:
▪ Name – Lotus Evija (Type 130)
▪ Powertrain – Pure electric, 4WD, 4 electric motors
▪ Power – 2,000 PS
▪ Torque – 1,700 Nm with torque vectoring
▪ Battery power – 70 kw/h / 2,000 kW
▪ 0-100 km/h (0-62 mph) – Under three seconds
▪ 0-300 km/h (0-186 mph) – Under nine seconds
▪ Max speed – In excess of 200 mph (320 km/h)
▪ All-electric range (WLTP Combined) – 250 miles (400 km)
▪ Charging time (350kW charger) – 18 mins
▪ Weight – 1,680 kg
▪ Production run – Maximum of 130 cars
▪ Overall dimensions (L/W/H) – 4,459 / 2,000 / 1,122 mm
▪ Price – From £1.7m + duties and taxes
▪ Reservation process – £250k deposit secures a production slot
▪ Start of Production – 2021