Range Rover Electric First Drive: A Range Rover First, an EV Second

After visiting Range Rover's design studio in Gaydon and its propulsion manufacturing centre in Wolverhampton, we briefly drove the brand's first fully electric flagship on one of JLR's most demanding closed-off-road courses.

Land Rover did not introduce us to the first fully electric Range Rover by simply placing it under bright lights and walking us around it. Our visit began at the design studio in Gaydon in the UK, continued at JLR's propulsion manufacturing centre in Wolverhampton, and ended behind the wheel on the company's private proving ground, in conditions that went far beyond anything most owners will ever ask of their Range Rover.

This was a short first contact, not our usual road test. We did not cover enough distance to assess real-world range, measure energy consumption or test the charging curve. What it did give us was a clear view of Land Rover's priority: build a Range Rover first and an electric vehicle second. That distinction can sound like marketing until you see how the vehicle behaves. Electrification was not meant to turn the Range Rover into a rolling technology showcase. It was meant to improve what a Range Rover already does well: move in near silence, isolate its occupants from the outside world and cross terrain that would stop most luxury SUVs.

A deliberately subtle design evolution

In person, the Range Rover Electric looks remarkably similar to the gasoline and plug-in hybrid versions. Its silhouette, proportions and road presence remain instantly recognizable. There is no attempt to advertise the electric powertrain through an overload of futuristic details. Most of the visual changes are concentrated at the front, where a redesigned, aerodynamically optimized grille replaces the one fitted to other versions. The wheels also have an EV-specific design, while the underbody has been reworked to reduce drag. These changes are functional, but intentionally discreet.

That restraint suits the vehicle. A Range Rover buyer should not feel as though they are moving into an entirely different product simply because the combustion engine is gone. The platform was designed from the outset to accept several powertrains, allowing combustion, plug-in hybrid and fully electric Range Rovers to be assembled in Solihull, England.

A Short but Demanding Off-Road Course

Our time behind the wheel took place on a closed course used by JLR to develop and validate its vehicles. Mileage is beside the point in this setting. The obstacles we faced in a matter of minutes revealed more than several kilometres on a perfectly smooth road ever could.

We began with an extremely steep climb followed by a very tight, walking-pace chicane. A cross-axle section briefly lifted one wheel off the ground, yet there was no loss of traction and no abrupt reaction. The Range Rover simply continued forward as if the obstacle barely deserved its attention.

One-pedal driving takes on a different meaning off-road. It lets the driver meter out the electric motors' torque with the precision of a perfectly modulated clutch. Add exactly the amount needed to creep forward, then ease off the accelerator to slow or hold the vehicle. On the descent that followed, regenerative braking controlled the pace so smoothly that the exercise felt almost too easy.

Part of that control comes from a traction-management system that can respond in less than 50 milliseconds. Land Rover says it can adjust wheel slip up to 100 times faster than a comparable combustion-powered system. The company also claims the Range Rover Electric can pull away on a 33-degree slope, climb a grade of up to 45 degrees with a rolling start and wade through 900 millimetres of water.

An emergency-braking exercise was equally telling. Despite the vehicle's mass, the body remained impressively composed, with remarkably little dive or secondary motion. The air suspension and chassis tuning do an excellent job of disguising the battery's weight. We knew it was beneath us, but the Range Rover never felt as though it was fighting against it.

Silence as the new expression of luxury

The performance figures are substantial. Two permanent-magnet electric motors produce a combined 542 horsepower and 627 lb-ft of torque. Land Rover quotes 4.5 seconds from 0 to 100 km/h and 2.7 seconds from 80 to 120 km/h. Yet speed was not what left the strongest impression. It was the isolation inside the cabin. The silent powertrain, the quality of the materials and the tight control of body movement give the Range Rover Electric an atmosphere closer to the ultra-luxury experience associated with Bentley or Rolls-Royce than to that of a conventional premium SUV. Range Rover was already expensive and luxurious; this vehicle feels like an intentional move even further upmarket.

Its Canadian starting price of $200,800 will naturally raise eyebrows. At this level, a long equipment list and an impressive acceleration time are not enough. Every control, material and chassis response has to feel carefully considered. Our brief drive is not enough for a final verdict, but it showed that the price is buying more than numbers on a specification sheet. It is also buying a degree of refinement that is difficult to quantify.

A large battery, without joining the capacity race

At 118.5 kWh of usable capacity, the Range Rover Electric's battery is certainly not small. It is, however, relatively measured for an electric SUV of this size, power and luxury. The 800-volt pack contains 344 prismatic cells arranged in a double-stack configuration. Land Rover estimates a maximum range of 535 kilometres based on its own testing conducted in accordance with the U.S. EPA methodology. This is not yet a final EPA-certified rating. The engineers also told us that the projection had been validated using a production vehicle over a standardized route in real-world conditions, rather than being derived solely from a laboratory simulation.

Dividing usable capacity by the estimated range produces a simple figure of roughly 22 kWh/100 km. That is not an official consumption rating, but it illustrates the efficiency target. For context, the Cadillac Escalade IQ, a potential rival by virtue of its size and positioning, uses a 205-kWh battery. The Cadillac pursues even more range and a highly theatrical technology experience. The Range Rover takes a different path: a considerably smaller battery, promising efficiency and, based on our first impression, a higher level of isolation and refinement.

On a 350-kW DC fast charger, Land Rover claims a 10-to-80% charge in approximately 22 minutes. Under ideal conditions, 10 minutes could add as much as 200 kilometres of range. A native NACS port also gives North American owners access to the Tesla Supercharger network.

Developed with Canadian cold in mind

For Canadian drivers, a summer range figure tells only part of the story. Cold weather increases internal battery resistance, can slow charging and forces an EV to devote a meaningful share of its energy to warming both the cabin and its components.

Land Rover says the Range Rover Electric completed more than 1.4 million kilometres of testing, along with over 250,000 hours of physical and virtual validation. Prototypes were driven at -40 C in Arjeplog, Sweden, through the heat of the Dubai desert and over the difficult terrain at Eastnor Castle in the United Kingdom. In the laboratory, batteries were also subjected to multi-axis vibration and shock testing at temperatures ranging from -40 to 90 C.

ThermAssist is one of the most relevant results of that work. Instead of allowing heat generated by the motors, battery and other components to dissipate, the system recovers it and redirects it where needed. Land Rover says this can reduce the energy used for heating by up to 40%, potentially preserving as much as 40 kilometres of range in certain conditions.

Those numbers need to be kept in context. Land Rover is not claiming that winter range will decline by only 40%. It is saying ThermAssist can use 40% less energy for heating than a conventional system. Only a proper Quebec winter test will show how meaningful that advantage is in our conditions, but the fact that cold-weather efficiency was treated as a core engineering problem is encouraging.

JLR has filed more than 300 patent applications related to the vehicle, a record for a Range Rover program. Each Range Rover Electric also has a battery digital twin containing more than 900 diagnostic points. Combined with over-the-air updates, those data are intended to help identify some maintenance requirements before they become problems. The battery and electric powertrain are covered for eight years or 160,000 kilometres.

Electric motors made in-house in the UK

Our visit to the propulsion manufacturing centre in Wolverhampton put the engineering effort into perspective. JLR now manufactures battery packs and electric drive units alongside combustion engines. The transformation is so extensive that, while walking through the plant, it felt as though a substantial portion of its former combustion-engine activity had been turned over to electric powertrain production.

The scale of the first phase supports that impression: approximately 430,000 square feet have been reworked, with 13 production lines dedicated to battery packs and electric drive units. JLR has installed five kilometres of conveyors and 180 kilometres of electrical and data cabling.

What stood out was not simply the size of the operation, but the attention to quality control. AI-assisted cameras verify the assembly of the drive units. Every cell is tested before being integrated into a battery pack, and the completed pack is checked again before being sent to Solihull for installation in the vehicle.

The electric motors and their integration were engineered by JLR and are manufactured in the United Kingdom. That allows the teams responsible for efficiency, cooling, heat recovery, refinement and power delivery to develop the complete system together. This is not an off-the-shelf motor placed into an existing platform. The propulsion system, thermal management and vehicle were engineered as one package.

Promising, but still awaiting a proper road test

This first contact leaves important questions unanswered. We did not drive on the highway, face a Quebec winter, complete a long journey or connect the vehicle to a fast charger. We therefore cannot confirm its real-world consumption, driving range, charging performance or long-distance comfort.

What we experienced was nonetheless promising. On terrain that would push most luxury SUVs well outside their comfort zone, the Range Rover Electric moved with almost casual ease. It delivered torque with remarkable precision, hid its mass effectively and maintained the calm of its cabin even with one wheel momentarily in the air.

Range Rover Electric First Drive: A Range Rover First, an EV Second

Range Rover appears to understand that a buyer at this level does not necessarily want the EV with the largest battery or the greatest number of screens. They want a Range Rover that happens to run on electricity without losing the qualities that justify its name and price.After this brief preview, the first part of that promise appears to have been kept. We now need a complete road test to find out whether its range, charging performance and winter efficiency are equally convincing away from JLR's proving ground.