Range Rover Electric: A New Standard for Sustainable Luxury
Over an EVs lifetime, it will produce zero emissions and save more than 30 tonnes of CO₂, compared to diesel and petrol cars which produce 164g/Km and 143g/Km.
EVs generally have lower running costs due to cheaper electricity compared to petrol, and they produce zero tailpipe emissions partly due to advancements in technology like regenerative braking.
In a significant step towards sustainable mobility, Range Rover Electric (RRE) has successfully completed its second phase of winter testing in the Arctic Circle.
Withstanding extreme sub-zero conditions, the luxury electric SUV has demonstrated outstanding durability, performance and innovation, positioning itself as a compelling contender in the rapidly evolving EV landscape.
Mastering sub-zero conditions
Throughout the latest testing season, RRE prototypes accumulated more than 45,000 miles across frozen lakes and challenging terrain in northern Europe.
This is to demonstrate the all‑round capability of the RRE as well as minimising the impact extreme temperatures have on charging performance, ideal the extreme winter conditions of northern Europe.
These rigorous conditions provided an ideal environment to validate the SUV’s cutting-edge thermal management technologies and dynamic driving capabilities.
A key innovation is the new ThermAssist system, which optimises the vehicle's range in temperatures as low as -10°C.
This intelligent thermal management reduces heating energy consumption by up to 40%, preserves charging performance and ensures a consistently comfortable cabin environment.
Such technology addresses a major challenge (charging performance) that EVs in cold climates face, bolstering RRE's credentials as a practical and luxurious year-round option.
Technical excellence and EV refinement
RRE features a high-voltage 800V battery, the first to be designed and built entirely in-house by Jaguar Land Rover (JLR).
The 117kWh battery is constructed with a cell-to-pack architecture, offering high energy density, optimised charging times and superior driving range.
Integrated seamlessly into the vehicle's design, it enhances both performance and refinement, maintaining the signature Range Rover experience.
“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.”
The SUV also benefits from an advanced twin-chamber air suspension system and single pedal driving capability, tuned specifically for varying terrains.
This innovative approach allows drivers to navigate low grip surfaces effortlessly while maintaining smooth and intuitive control.
Torque delivery through Intelligent Driveline Dynamics (IDD) ensures traction stability, capable of reacting up to 100 times faster than internal combustion engine (ICE) counterparts.
RRE’s EV evolution
Visually, the RRE remains almost indistinguishable from its ICE siblings, preserving the iconic design language that has defined the brand for more than five decades.
Built on the proven MLA platform at the Solihull production facility, it embodies a philosophy of subtle evolution rather than radical change.
“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.”
Key differences include a reimagined front grille design, made possible by the lower cooling demands of an electric drivetrain.
With a centre of gravity 50–60mm lower than the V8 variant, the electric model achieves improved composure and balance, reinforced by dual-rate springs and anticipatory suspension software.
Performance and customer choice
Initial specifications hint at impressive figures – around 542bhp, 627lb ft of torque, a 300-mile range and 0–62mph acceleration in approximately 4.5 seconds.
Expected to launch at a similar price to the V8 model, around £170,000 (almost US$228,000), the RRE offers customers a genuine choice between traditional combustion power and advanced electric propulsion without compromising luxury or capability.
Despite this bold move into electrification, Range Rover is not abandoning ICE vehicles.
With many customers residing in regions without immediate combustion bans, petrol and diesel models will continue to be available alongside the new electric offering.
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