Range Rover Electric: Shifting Luxury to a New Electric Era
Range Rover Electric (RRE) redefines the future of sustainable driving by combining pioneering EV technologies with the familiar luxury and capability expected from the brand.
As the first Jaguar Land Rover (JLR) model to use an in-house assembled battery and electric drive unit, it marks a major milestone in JLR's journey towards electrification.
Over the lifetime of an electric vehicle, zero tailpipe emissions are produced, leading to a reduction of more than 30 tonnes of CO₂ compared to conventional diesel and petrol models, which produce 164g/Km and 143g/Km respectively.
Running costs are also generally lower for EVs, thanks to the cheaper price of electricity and innovations such as regenerative braking, which recaptures energy during braking to extend battery range.
Mastering Arctic testing: RRE's cold-weather confidence
In a clear display of commitment to real-world EV performance, the RRE has completed its second phase of winter testing inside the Arctic Circle.
The SUV proved its endurance and dynamic capability across more than 45,000 miles of frozen lakes and harsh terrain in northern Europe.
Testing in extreme sub-zero temperatures allowed engineers to validate new systems designed to combat traditional EV weaknesses, particularly in cold climates where battery performance often suffers.
One of the most notable innovations is the new ThermAssist system, an intelligent thermal management technology that operates in temperatures as low as -10°C.
By reducing heating energy consumption by up to 40% and maintaining consistent charging speeds, ThermAssist ensures the RRE remains practical and comfortable in the harshest environments.
“Rigorous testing procedures in extreme and unpredictable conditions like those experienced in Arjeplog are crucial to RRE's real‑world reliability and resilience,” says Thomas Müller, Executive Director and Product Engineering at JLR.
“Our second winter season in the Arctic Circle has provided the perfect opportunity for us to put our new ThermAssist technology to the test, and it has surpassed our expectations.
“It will help to ensure RRE’s range remains intelligently optimised while also ensuring charging speeds are maintained when a top‑up is required.”
Technical advancements: powering RRE's electric ambitions
At the core of the Range Rover Electric is a powerful 800V high-voltage battery, built entirely in-house by JLR.
This 117kWh battery utilises a cell-to-pack construction, enhancing energy density and enabling quicker charging times without compromising driving range.
This ensures RRE delivers performance that matches its luxurious reputation while quietly reshaping the electric SUV market.
The RRE retains signature Range Rover qualities such as a smooth and refined driving experience, aided by technologies including a twin-chamber air suspension system and single pedal driving capability.
These systems, specifically tuned for diverse terrains, allow drivers to navigate low grip surfaces with precision and ease.
Torque delivery is handled by Intelligent Driveline Dynamics (IDD), reacting up to 100 times faster than traditional internal combustion engine (ICE) drivetrains, offering supreme traction and stability.
“In its driving character, Range Rover should seamlessly combine capability and refinement. Delivering both in an electric vehicle in a way that doesn’t diminish the vehicle in other areas is incredibly challenging,” says Matt Becker, Vehicle Engineering Director at JLR.
“By increasing its torsional stiffness and improving its responses, we’ve been able to maintain a customary Range Rover driving experience that feels familiar.
“We have delivered on this promise by marrying all the essential Range Rover elements with new and advanced technologies.”
EV evolution with familiar elegance
Although RRE introduces transformative electric technologies, visually it remains closely aligned with its ICE counterparts.
Built on the Modular Longitudinal Architecture (MLA) platform at the Solihull facility, it focuses on evolutionary change rather than dramatic redesigns.
Key differences appear in the subtly reimagined front grille, redesigned to suit the lower cooling demands of an electric motor.
Performance is boosted with a centre of gravity lowered by 50–60mm compared to the V8 model, improving composure through dual-rate springs and anticipatory suspension software.
Performance figures are set to impress, with the RRE offering around 542bhp, 627lb ft of torque, a range of approximately 300 miles and acceleration from 0–62mph in about 4.5 seconds.
Expected to be priced close to the V8 at around £170,000 (approximately US$228,000), it offers customers a true choice between traditional combustion and cutting-edge electric propulsion without sacrificing any luxury.
Despite the shift towards electrification, Range Rover maintains flexibility for its global customer base.
ICE models, including petrol and diesel, will continue to be available for regions where combustion bans are not yet in place.
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