Range Rover Electric launches in South Africa with 600km range and 350kW charging

Range Rover Electric has launched in South Africa, bringing the luxury SUV into the battery-electric era for the first time.

The new EV550 combines two electric motors with a large 118.5kWh usable battery and an 800V electrical system. Range Rover claims up to around 600km of driving range, with an estimated real-world figure of about 535km.

It is also seriously powerful.

The two permanent-magnet motors deliver a combined 404kW and up to 850Nm of torque. Yet Range Rover has not turned its flagship SUV into a road-only electric performance car.

It can still wade through 900mm of water.

That combination tells you almost everything about the company’s approach: make the Range Rover electric, but do not stop it from being a Range Rover.

Range Rover Electric brings a huge 118.5kWh battery

A vehicle this large needs a substantial battery.

Range Rover has fitted the EV550 with a usable 118.5kWh battery pack built around 344 cells in a double-stack arrangement.

The capacity puts it well above many mainstream electric cars.

That matters because the Range Rover Electric has several things working against efficiency.

It is large, heavy and designed around luxury rather than aerodynamic minimalism. It also needs enough energy in reserve for high-speed driving, difficult terrain and long-distance travel.

Range Rover claims a maximum range of roughly 600km under standardised testing.

The company gives a more conservative 535km projected real-world range.

That second figure may be more useful to prospective owners.

Like every EV, actual range will vary with speed, temperature, terrain, driving style and the use of systems such as climate control.

A vehicle could therefore cover considerably less than its laboratory figure on some journeys.

Still, a claimed real-world range above 500km puts the Range Rover Electric into territory where long-distance driving becomes more practical.

Range Rover Electric can charge at up to 350kW

The size of the battery creates another problem.

A huge battery is useful for range, but it can take a long time to recharge if the vehicle cannot accept power quickly.

Range Rover addresses that with an 800V electrical architecture and DC charging at up to 350kW.

The company says the Range Rover Electric can move from 10% to 80% in about 22 minutes when connected to a compatible 350kW rapid charger.

It can also add around 220km of WLTP range in 10 minutes under the right charging conditions.

Those are impressive figures for such a large battery.

They also need some context.

An EV does not remain at its maximum charging speed throughout an entire charging session.

Battery temperature, state of charge and the charger itself affect how quickly energy moves into the car.

Drivers will also need access to a charger capable of supplying enough power.

Plugging the Range Rover into a slower charger will not magically produce 350kW because the vehicle supports it.

For owners who regularly travel long distances, however, the high peak charging capability could make a major difference.

Two motors deliver 404kW and 850Nm

Electric propulsion changes the Range Rover in another important way.

There is no large petrol or diesel engine under the bonnet providing the power.

Instead, Range Rover uses two 260kW permanent-magnet electric motors.

The total system output is rated at 404kW, or 550PS, with up to 850Nm of torque.

It is worth noting that the individual motor ratings do not simply add together to create the vehicle’s quoted system output. Battery, inverter and drivetrain limits determine how much combined power reaches the road.

Range Rover says the EV550 can accelerate from 0–60mph in 4.3 seconds.

For an enormous luxury SUV, that is properly quick.

But outright acceleration is not the most interesting part of the electric drivetrain.

Instant torque gives engineers new ways to control each wheel.

That becomes especially useful when the surface underneath the vehicle is loose, wet or uneven.

Range Rover Electric still wants to go off-road

Luxury EVs rarely lead their marketing campaigns with water depth.

Range Rover does.

The Range Rover Electric retains a 900mm wading capability, maintaining one of the characteristics traditionally associated with the combustion-powered SUV.

It also introduces a new traction-management system designed around the faster response of electric motors.

Instead of waiting for an engine, gearbox and mechanical drivetrain to react, the vehicle can change electric torque extremely quickly.

Range Rover says its new system can respond in as little as 50 milliseconds.

That speed matters when a wheel begins to lose grip.

Power can change almost immediately instead of waiting for a slower mechanical response.

The result should give the vehicle finer control over difficult surfaces.

Whether it performs as convincingly away from tar as its combustion-powered relatives will require proper testing.

The engineering intent, however, is clear.

Range Rover does not want buyers to treat the electric version as the delicate member of the family.

Single-pedal driving moves beyond city traffic

Single-pedal driving has become common in electric cars.

Lift your foot from the accelerator and regenerative braking slows the car while returning some energy to the battery.

Range Rover has taken the concept into its off-road systems.

The Range Rover Electric can combine single-pedal control with its terrain-management technology.

That allows the driver to manage acceleration and deceleration with one pedal in situations where careful low-speed control matters.

On a normal road, this could make urban driving smoother.

Off-road, it could help a driver concentrate on steering and wheel placement instead of constantly moving between accelerator and brake.

Electric motors are particularly well suited to this kind of control because they can deliver precise torque almost immediately.

The suspension still has a big job to do

Going electric does not make the Range Rover smaller.

Nor does it make the vehicle’s priorities less ambitious.

It still needs to feel composed on a motorway while remaining capable on surfaces where a conventional luxury car would struggle.

Range Rover uses twin-chamber air suspension as part of the EV550’s chassis setup.

The battery also changes where much of the vehicle’s mass sits.

A large battery pack mounted low in the chassis can lower the centre of gravity compared with a tall vehicle carrying more mass higher up.

However, batteries are heavy.

Suspension tuning therefore becomes crucial if the vehicle is to combine comfort, body control and off-road wheel movement.

Range Rover has spent years developing the electric version before releasing the production model.

The company now has to prove that the additional battery mass has not diluted the driving characteristics buyers expect.

Why 800V matters beyond the charging headline

The 800V system is one of the most important pieces of technology in the Range Rover Electric.

Higher-voltage EV architectures can transfer the same amount of power using less electrical current than lower-voltage designs.

That can reduce heat and help engineers use lighter cabling.

More importantly for drivers, it supports very high charging power.

This technology is increasingly appearing in premium EVs as manufacturers compete on more than battery capacity.

Range alone no longer tells the whole story.

A car with enormous range but slow charging can still become frustrating on a long trip.

A vehicle with a slightly smaller range but much faster charging may complete the same journey with less waiting.

Range Rover is clearly trying to compete on both sides.

It has fitted a large battery while also giving the vehicle the electrical architecture needed for rapid charging.

South Africa creates an interesting test for the Range Rover Electric

South Africa presents a very different environment from many European EV markets.

Distances between major cities can be substantial.

Temperatures vary widely.

Drivers also travel on everything from urban motorways to gravel roads and remote rural routes.

That makes the combination of range, fast charging and off-road capability particularly relevant.

The Range Rover Electric is not simply an urban luxury EV.

Its specification suggests Range Rover wants owners to use it for the same types of trips they would make in the petrol or diesel model.

The challenge will increasingly shift from what the vehicle can do to where drivers can conveniently charge it.

Its 350kW capability gives owners plenty of headroom.

But the fastest possible charging session will always depend on the infrastructure available along the route.

For home charging, many owners will probably begin each day with the battery already topped up rather than relying primarily on public infrastructure.

That changes the way an electric vehicle fits into everyday life.

The petrol-station visit can largely disappear from routine driving.

Longer trips are where charging speed becomes much more important.

Range Rover has avoided redesigning the SUV around its battery

Some electric cars deliberately look futuristic.

Range Rover has taken a more conservative approach.

The electric version remains immediately recognisable as the company’s flagship SUV.

The underlying idea appears straightforward.

Someone who already wants a Range Rover should not have to accept a completely different design simply because the powertrain changes.

That could prove important in the luxury market.

Established brands have decades of design identity behind them.

Moving to electric power gives designers an opportunity to start again, but doing so can also throw away the familiarity that buyers value.

Range Rover has instead focused much of the engineering change underneath the body.

Aerodynamic changes and EV-specific details are present, but the overall silhouette remains familiar.

The first electric Range Rover is more than a new engine option

The Range Rover Electric represents a bigger change than replacing one engine with another.

Electric propulsion affects almost every important system.

The battery changes vehicle weight and packaging.

The motors change how torque reaches the wheels.

The 800V architecture changes how the vehicle handles energy.

Regenerative braking changes the driving experience.

Fast charging changes how owners think about long journeys.

Even off-road driving changes because software can control electric torque far more quickly than a combustion drivetrain.

Yet Range Rover is deliberately trying to make all of that technology disappear into the background.

The company’s message is that buyers should notice the silence, responsiveness and refinement without feeling they have bought a fundamentally different type of SUV.

That may be the hardest part of the project.

Range Rover Electric is now a South African EV to watch

The arrival of the Range Rover Electric gives South Africa another important battery-electric vehicle, even if it sits at the very top end of the luxury market.

It also demonstrates how quickly EV technology is moving.

A 118.5kWh battery would once have seemed enormous.

So would 350kW charging.

Now both technologies are appearing together in a production luxury SUV that can also wade through 900mm of water.

The specifications are impressive.

The more interesting question is whether the electric version can preserve the qualities that made the Range Rover successful in the first place.

Range Rover has made the flagship electric.

Now it has to prove that the battery has not changed what the badge means.