The Anticipated Arrival of the Electric Range Rover
After what feels like an eternity, the fully electric Range Rover has finally made its debut. First announced in December 2023, this luxury SUV was initially set to hit the roads in 2024. However, extended development trials led Jaguar Land Rover (JLR) to postpone its release. Now, the moment has arrived for one of the most highly anticipated vehicles in the electric segment.
The specifications of the new Range Rover are nothing short of remarkable. Equipped with two 260 kW motors, it delivers an impressive 542 horsepower and 850 Nm of torque, offering performance that JLR claims rivals that of a V8 engine. The vehicle houses a substantial 118.5 kWh battery, employing an 800-volt architecture that allows it to charge from 10% to 80% in just 22 minutes. Additionally, it can regain approximately 220 kilometres of range in a mere 10 minutes.
According to the WLTP cycle, the maximum range reaches up to 599 kilometres, with JLR estimating a more realistic figure of around 536 kilometres under normal driving conditions. The electric Range Rover is capable of accelerating from 0 to 60 mph in 4.3 seconds, a notable feat considering its weight, although official figures have yet to be released.
Pricing and Availability
Orders for the vehicle are now being accepted. In the UK, the entry-level Autobiography model is priced at £154,070 (approximately $208,000), while the SV Black long-wheelbase variant can soar to £225,240 (over $304,000). There is potential for even higher pricing, as “Ultra” models are listed as “price on request.”
In the United States, the electric Range Rover will be available in its base SE trim starting at $138,000, plus an additional $2,550 for delivery and handling. The company has also confirmed its introduction to the Mexican market, although details regarding pricing and availability have yet to be disclosed.
Understanding the Delays
The delays in the Range Rover’s release may be attributed to a lack of enthusiasm among affluent buyers for luxury electric vehicles. Sales of the electric Mercedes G-Wagen, a primary competitor, have reportedly been underwhelming, as have those of brands like Porsche and Audi. JLR is adopting a “first Range Rover, then electric” strategy to set this SUV apart from previous luxury electric offerings.
Moreover, the electric technology in the Range Rover is particularly well-suited for off-road driving, a capability that was demonstrated during testing last year.
A Technological Marvel with Extensive Testing
JLR touts that the traction management system can regulate motor speed in just 50 milliseconds, managing slip up to 100 times faster than equivalent internal combustion systems. The vehicle features one-pedal driving on inclines of up to 45 degrees, along with a wading depth of 900 millimetres for those concerned about an electric SUV’s ability to traverse water obstacles. Over 300 patent applications have been submitted for the electric Range Rover, reportedly the highest number for a single vehicle in JLR’s history.
Inside, the cabin maintains the opulence associated with Range Rover, yet the brand continues to favour digital controls over traditional physical buttons. A large central touchscreen and steering wheel controls take centre stage within the interior design.
Extensive Testing and Assurance
The prolonged delays have allowed the Range Rover Electric to undergo rigorous testing by JLR. The company subjected operational batteries to extreme vibration and shock tests across a temperature range of -40 °C to +90 °C. Physical trials included driving the electric vehicle the equivalent of 38 times around the globe, complemented by over 250,000 hours of virtual testing—more than any previous Range Rover model.
This extensive testing is likely the reason behind JLR’s confidence in offering an eight-year or 100,000-mile warranty. The introduction of this SUV comes on the heels of JLR announcing in July that it would be “the most car-like Range Rover in history.” The forthcoming Range Rover GT is set to be a fully electric grand tourer built on the company’s EMA platform, which will also serve as the foundation for other mid-sized models. The vehicle is currently in its final testing phase, with a launch expected later this year.