Land Rover has published specifications and prices for the Range Rover Electric, the brand's first battery-powered vehicle and one that will carry a starting price of €163,500 when it reaches showrooms in early 2027. The more powerful EV550 version, producing 404 kW and 850 Nm of combined torque, will start at €180,100.

The figures place the electric Range Rover well above comparable offerings from Mercedes, BMW and Audi, manufacturers that have been selling battery-powered luxury SUVs for several years. Land Rover is not chasing volume. The Range Rover has always traded on heritage, presence and exclusivity, and the electric version appears designed to hold that position rather than compete on price.

A 118 kWh battery and 800-volt architecture

The Range Rover Electric houses a 118 kWh battery pack in the vehicle floor, built on 800-volt electrical architecture. The 800-volt system enables DC charging at up to 350 kW, the current ceiling for production vehicles. Land Rover claims a nominal range of 600 km on the WLTP cycle, the standard test used across Europe.

In everyday driving, actual range typically falls 15 to 25 percent below WLTP figures, depending on speed, temperature and terrain. A realistic motorway range of 450 to 500 km is a reasonable expectation, which would make cross-continental journeys feasible without excessive stops, provided the charging infrastructure cooperates.

The 800-volt architecture is worth noting because it is the same approach Porsche took with the Taycan and that Hyundai-Kia uses across several models. The advantage extends beyond charging speed: 800-volt systems allow thinner cabling, which saves weight and packaging space. For a vehicle as heavy as a Range Rover, every efficiency gain matters.

Two power levels, one battery

The entry-level EV450 carries a starting price of €163,500. Land Rover has not published its specific output figures, though the naming convention suggests approximately 450 PS. The EV550, priced from €180,100, delivers 404 kW, equivalent to 550 PS, with 850 Nm of combined torque from two electric motors driving all four wheels. The €16,600 gap between the two variants buys an additional 100 PS and, presumably, different equipment levels.

Both versions share the same 118 kWh battery. That is a large pack by current standards, larger than what Mercedes fits to the EQS SUV (107 kWh usable) and considerably larger than the BMW iX's 105 kWh usable capacity. Size brings weight, and the Range Rover Electric will be heavy, likely exceeding 2,800 kg. Weight affects tyre wear, brake performance and the very dynamics that Land Rover promises will match the combustion version.

Why luxury electric SUVs remain rare

Electric SUVs are common in Europe. Affordable and mid-range models from Hyundai, Kia, Skoda, Volvo and others crowd dealer forecourts. In the luxury class, defined loosely as vehicles above €100,000, the options narrow quickly. Mercedes has the EQS SUV and the smaller EQE SUV. BMW offers the iX. Audi fields the Q8 e-tron. Beyond those, the field thins to almost nothing.

The reasons are partly technical. Large, heavy vehicles demand large batteries, which are expensive. A 118 kWh pack at current cell prices represents a material portion of the vehicle's total cost. There is also the question of who buys these vehicles. Luxury buyers have been slower to adopt electric powertrains than fleet operators and company-car drivers, who account for the bulk of EV registrations in Germany, the Netherlands and the Nordic countries. IEA data on electric vehicle adoption consistently shows that corporate fleets lead private luxury buyers by a considerable margin.

A Range Rover customer paying €180,000 may have a second car for longer journeys and may not face the range anxiety that deters other buyers. But they may also question whether an electric powertrain delivers the experience they expect from a vehicle at this price. Land Rover's answer is to promise that the electric version will feel much like the combustion one, only quieter and with more immediate torque.

Off-road claims and on-road limits

Land Rover makes bold claims about the electric Range Rover's off-road capability. The company says it will master the same wading depths and climb the same gradients as the combustion version. If true, that would address one of the persistent doubts about electric off-roaders: whether heavy batteries, low-slung electronics and thermal management systems can survive the conditions that Land Rover's marketing has always associated with the brand.

There is one clear compromise. The electric Range Rover is electronically limited to 200 km/h. The most powerful combustion versions can exceed 250 km/h with limiters removed on certain markets. For a vehicle that spends most of its life on motorways between London and the Cotswolds, or between Munich and St Moritz, the cap is unlikely to trouble many owners. But it is a reminder that physics constrains electric powertrains at the margin: sustaining very high speeds drains a battery rapidly, and no amount of software alters that.

A late entry into a crowded brand portfolio

Land Rover's parent company, Jaguar Land Rover, now owned by India's Tata Motors, has been slow to electrify. Jaguar launched the I-Pace in 2018, a well-regarded but low-selling electric SUV hampered by an ageing platform and limited production capacity. Since then, the Jaguar brand has announced and delayed a full reinvention around electric models. The Range Rover Electric is the first vehicle to wear the Land Rover badge with a battery instead of a fuel tank, arriving years after German competitors began selling theirs.

BMW has been producing the iX since 2021. Mercedes launched the EQS SUV in 2022. Audi's e-tron lineage dates to 2018. Land Rover's delay reflects both the technical challenge of electrifying a vehicle defined by its off-road capability and the commercial calculus at a company that still sells the majority of its Range Rovers with diesel or petrol engines in markets where charging infrastructure remains uneven. Eurostat's transport statistics show that public charging point availability across the EU continues to vary dramatically between member states, with the Netherlands and Germany far ahead of southern and eastern Europe.

What the specifications mean for buyers

The 350 kW charging capability is a practical selling point. At that rate, a driver could add roughly 200 km of range in approximately 15 minutes, assuming the charging infrastructure can deliver the full output. In practice, few public chargers in Europe consistently achieve their rated power, and charging curves taper as batteries fill. Still, 350 kW represents the current maximum for production vehicles, and it future-proofs the Range Rover against network upgrades over the next decade.

The exterior changes from the combustion version are modest: a smoothed grille, new EV-specific wheel covers and a rear apron without an exhaust pipe. Land Rover is betting that Range Rover buyers want continuity rather than revolution. The driving experience, the company promises, will differ only in its quietness and the immediacy of torque delivery. Whether that claim holds up on muddy tracks and motorway slip roads alike will be tested by reviewers and owners soon enough.

Organisations

Jaguar Land Rover · Land Rover