Land Rover Spent Almost £1 Billion To Give the Evoque a Mild Facelift and New Technology
Land Rover chose Thanksgiving day to debut the new Range Rover Evoque and here we are looking at a model that, at a glance, received a very mild, even somewhat Audi-like, facelift. Below this mildly changed skin, however, Land Rover claims it has spent nearly £1 Billion to refine the architecture underneath with the goal of making it suitable for electrification.
The interior is also littered with plenty of high-end tech, including two high-definition touchscreen displays, refined infotainment software, and artificial intelligence. Powertrain options include a range of diesel and gasoline engines. The entry-level model (the D150 trim) is the only model available with a six-speed manual and is the only model available without Land Rover’s mild hybrid technology. Towing capacity ranges anywhere between 3,527 and 4,409 pounds depending on trim and equipment level.
The Range Rover Sport P400e Plug-In Hybrid Can Drive Using Electricity Alone
As expected, even Land Rover had to go all hybrid with its luxurious Range Rover offering. For the new model year, the British producers of awesome SUVs revealed the 2019 Range Rover Sport Plug-in Hybrid. It is a car capable of traveling on hybrid power or using electric-only propulsion. Now available in the U.S., the Range Rover Sport P400e Plug-In Hybrid price comes at $78,300 which falls right in between the HSE Td6 and the HSE Dynamic.
Jaguar Will Drop its V-8 Engines to Make Room for an Inline-Six with Electric Turbo
Jaguar Land Rover is making sweeping changes to its engine lineup, and one of the casualties of these changes is the outdated and overused, 5.0-liter V-8 engine that both Jaguar and Land Rover have routinely used in a lot of its models. The V-8’s exit will eventually give way to high-performance versions of the upcoming Ingenium inline-six engine, including one version that will come with an electrically powered turbocharger.
2019 Land Rover Range Rover P400e
Only a few days after Land Rover announced its heavily updated 2019 Range Rover Sport P400e, the British automaker is adding that same plug-in hybrid powertrain to its revised 2019 Range Rover. The gasoline-electric system provides a very impressive all-electric range of 31 miles thanks to a 13.1-kWh lithium-ion battery and an 85-kW electric motor. Once depleted, the 2.0-liter four-cylinder kicks on to recharge the battery and power the Range Rover through the familiar ZF eight-speed automatic transmission. Thankfully, the P400e is no slouch. It boasts a combined output of 398 horsepower and 472 pound-feet of torque good enough for a 0-to-60 mph run of 6.4 seconds and to a top speed of 137 mph. In other words, the Range Rover doesn’t lose any of its class-leading capabilities due to its new hybrid powertrain.
This isn’t the first time we’ve heard about hybrids from Range Rover. In fact, not only does the 2019 Range Rover P400e follow the Range Rover Sport P400e, it follows Jaguar Land Rover’s official promise to offer a hybrid powertrain in every one of its models by 2020. We had also seen camouflaged Range Rover test mules trudging through the snow with a slightly reshaped front end. Now, the P400e is only one member of the Range Rover lineup. There’s the 3.0-liter gasoline V-6 and the 5.0-liter V-8 – both of which are supercharged. Then there’s the newer 3.0-liter Td6 V-6 turbodiesel. All Range Rovers are undergoing a mid-cycle refresh for the 2018 model year. The changes include the new front fascia and some extensive technology improvements within the dash. Those wanting the P400e powertrain will have to wait until the 2019 model year, however. Still, it should be well worth the wait.
Continue reading for more on the 2019 Range Rover P400e.
2019 Land Rover Range Rover Sport P400e
The Range Rover Sport is getting a facelift and thorough update for the 2019 model year, along with an all-new gasoline-electric hybrid variant called the P400e. In addition to the new exterior and swanky updated, technology-laden interior, the 2019 Range Rover Sport P400e will offer 31 miles of all-electric driving from its 13.1-kWh lithium-ion battery paired with a 2.0-liter gasoline four-cylinder. But this isn’t some slowpoke Prius. Rather, the P400e packs 404 combined horsepower and 472 pound-feet of combined torque to shoot this all-aluminum SUV to 60 mph in just 6.7 seconds with a top speed of 137 mph while also being able to squeeze out 101 MPGe on the European scale when driving conservatively.
The 2019 Range Rover Sport P400e is part of Jaguar Land Rover’s recent promise to have an electrified variant of each of its vehicles by 2020. The P400e joins the all-electric Jaguar I-Pace crossover as the second member of JLR’s new-age lineup. Obviously, we can expect many more JLR vehicles coming with similar hybrid powertrains in the near future, especially since 2020 is only two model years away. While we have no insider information on the subject, it would be a safe bet JLR will use hybrid systems very similar to the P400e’s in the majority of its vehicles. The range will include everything from the sporty Jaguar F-Type to the luxury-minded Range Rover. Until then, let’s take a look at the 2019 Range Rover Sport P400e, its hybrid drivetrain, and its updated aesthetics and technology.
Continue reading for more information.
Land Rover has yet to bring the Range Rover Hybrid to the United States, but the fuel-sipping SUV is already available in Europe and, according to the company, it will go on sale in China next month as well.
The big news, however, is that the world’s largest automotive market is also getting the hybrid powertrain in the long-wheelbase version of the Range Rover, allowing Chinese customers to enjoy an extra 186 mm (7.3 inches) of rear legroom.
Developed on the same Silk Trail expedition know-how that led to the creation of the regular Ranger Rover Hybrid, the long-wheelbase version benefits from the same powertrain and performance specs.
At the heart of the SUV lays a 3.0-liter, SDV6, turbo-diesel engine and a 35-kW (47-horsepower) electric motor that combine to deliver 335 horsepower and 516 pound-feet of torque. Connected to an eight-speed ZF automatic transmission, the combo enables the vehicle to sprint from 0 to 60 mph in about 7.5 seconds, while top speed is rated at 135 mph.
When used on electric power alone, the SUV has a range of only one mile and can reach a top speed of 30 mph. Moving over to what matters the most to a hybrid — fuel efficiency — the Range Rover LWB promises to return up to 37 mpg combined, a figure unchanged versus the regular wheelbase model. Additionally, regenerative braking helps recharge the batteries while you bring the SUV to a stop.
While Chinese deliveries will commence in the fourth quarter of the year, details as to when the Range Rover Hybrid will cross the Pond to North America are still unavailable. However, U.S. dealerships should get it by the end of 2015.
Click past the jump to read more about the Land Rover Range Rover Hybrid Long Wheelbase.
Land Rover and Jaguar announced a collaboration to develop a new ‘Range Rover Evoque_e’ research project that tests new hybrid and battery-electric vehicle (BEV) technology. The research required a total of £16.3 million (about $25 million at the current exchange rates), and was supported by UK’s innovation agency the Technology Strategy Board.
Along with Jaguar and Land Rover, the Evoque_e’s development required the an additional 12 partners, including: Zytek Automotive, GKN Driveline, Motor Design Limited, AVL, Drive System Design, Williams Advanced Engineering, Delta Motorsport, Tata Steel, Bristol University, Cranfield University and Newcastle University.
According to the first details we have, this collaboration will bring to the market three research vehicles: the next-generation powertrain concepts for a mild hybrid electric vehicle (MHEV); a Plug-In Hybrid (PHEV) and a Battery Electric Vehicle (BEV).
While no other details were revealed, Jaguar’s previous PHEV system revealed in the XJ_e plug-in hybrid, which combines a 2.0-liter turbocharged engine, with a 92-horsepower electric motor and a 12.8kWh Lithium Ion battery pack. Land Rover also revealed numerous "_e" projects, like the Range_e, which combined a 3.0-liter TDV6 diesel with an electric motor and an eight-speed ZF automatic transmission.
We’ll bring you all of the details once Land Rover releases them.
Click past the jump to read more about the Land Rover Evoque.
Land Rover is taking fuel economy concerns with a stiff upper lip and a cup of tea, relaxed as it starts taking UK orders for its 45 mpg 2015 Range Rover SDV6 Hybrid flagship starting in September 2013. The first customer deliveries are expected in early 2014, wearing far fewer off-road accessories and prepared for a life of luxury.
This pair of test prototypes is enduring the opposite of luxury: a 10,000-mile durability journey from Land Rover headquarters in England to Tata Group’s home base in Mumbai. Called the Silk Trail 2013 experience, the plucky Brits seem to have forgotten their own maritime excellence, and the blue part of the map that has long been the best passage to India.
Calling it the Silk Trail is more accurate than its other description, the Silk Road. Mud up to the door mirrors cannot stop the Range Rover Hybrid’s mission.
Going over land is a bold undertaking, and also highlights the production 2015 Range Rover Hybrid’s fuel economy and off-road credentials along the way. Arriving in Mumbai around 55 days later, taking a brand new Range Rover into dozens of foreign countries along the way is certainly a vote of confidence in its reliability - long a sore spot for this advanced machine.
A 3.0-liter diesel engine is paired with a jumbo 35kWh Li-ion battery pack, which is fully production-ready and will also be rolled out on the seven-seat 2015 Range Rover Sport SDV6 Hybrid as well.
The diesel-electric power is not exactly peachy news for U.S. Range Rover devotees, but the technology package should work well with Land Rover’s new 3.0-liter supercharged V-6 as well.
Updated 09/13/2013: When Land Rover launched the first details on the Range Rover Hybrid everyone believed it will be an European-only model. However, in a recent interview Andy Goss, the current CEO of Jaguar Land Rover USA confirmed that a North American version of the Range Rover hybrid "It’s not a matter of ‘if,’ but ‘when.’" (LeftLaneNews)
Click past the jump for all the high-res images of this jungle-prepped ’Silk Road 2013’ test of the forthcoming 2015 Range Rover SDV6 Hybrid.
Land Rover is joining the growing number of automakers climbing on the hybrid bandwagon with a new variant for their Range Rover Sport. Called the Range_e, this new hybrid prototype made its debut at the Geneva Motor Show this week and is the first Land Rover to go this route. The Range Rover Sport attracts the most customers from the widest demographic for Land Rover and thus gave them the best place to start in terms of marketing a hybrid vehicle to the public. Expect more models to debut in the future as gas prices rise and emissions standards are tightened – the only thing we are never going to see go hybrid is the legendary Defender.
Being able to engineer a vehicle with legendary Range Rover off-road capability and improved fuel economy is no small feat. A major issue for large hybrid SUVs is weight; lowering the curb weight of these vehicles often requires taking out vital parts of an off-roaders drive train such as the four-wheel drive components. Land Rover has decided to utilize a diesel-hybrid unit so that a small engine can still produce enough torque to get the heavy vehicle moving and give it enough muscle off-road.
It’s possible that previous ownership by Ford and BMW could have given Land Rover a jump start in the hybrid vehicle market with increased technical know-how, but these products will remain 100% Land Rover. John Edwards, Land Rover global brand director, said: "This system is the first example of a premium plug-in hybrid that also provides the full four-wheel-drive capability that you would expect from a Land Rover. It is an evolution of the production intent diesel-electric hybrid technology which will be launched in our next generation of SUVs and will be available for customers within the next two years."
More details on the Landrover Range_e after the jump.
The now Indian owned off road specialists, Land Rover, have decided to put their hybrid LRX concept car into production. What was interesting about the original vehicle is that Land Rover is not the type of manufacturer that tends to come out with concept vehicles, so it was nice to see that when they did, it will become an actual road going model.
The all new Hybrid LRX is set to debut sometime in the next two years. The gas/electric Rover will feature a drive unit that can run exclusively on battery power giving it the capabilities of an Electric Vehicle; and can also run on gasoline only or a combination of the two. It is also quite likely that the Hybrid LRX will receive some form of the futuristic looking Land-E concept car’s electric drive rear axle. The unit works much like BMW’s advanced rear ends that replace the traditional gear or clutch driven limited slip differentials in favor of a set of electromagnets that can send electric power to the front axle, alter the inner and outer wheel torque electronically all in the search of traction.
It will be about two years before there are any hybrid LRXs cruising down the highway or traversing mountain passes, but until then Land Rover has pledged to bring down CO2 emissions from their vehicles. So in an attempt for the green oval to be a little greener, Land Rover will include stop-start technology and brake energy regeneration systems into all their models in the near future.
The was was declared: the Paris Auto Show is near by so the car manufacturers in the world are done with the work and now are waiting to show their results.
Today is time to talk about Land Rover. The British manufacturer plans to reveal a diesel-hybrid prototype in Paris. The name or other details about the car are unknown.
What we can tell you is that the engine will be tied to the permanent wheel drive and thanks to this particular solution will be possible to reduce the fuel consumption by 30% compared to a normal diesel Freelander.
Stay tuned, we will keep you post it!
Land Rover is currently testing a series of ground-breaking Diesel ERAD Hybrid vehicles based on the Freelander 2, aimed at dramatically cutting CO2 and other emissions while still delivering characteristic Land Rover all-terrain performance.
Land Rover’s Diesel ERAD Hybrid was developed as part of a multi-million-pound project supported by the UK Government’s Energy Saving Trust, under the low carbon research and development programme. The objective is to develop a ‘parallel’ hybrid drive system compatible with all-terrain four-wheel-drive capability.
As parallel hybrids, the vehicles can be driven solely by electric power or by the diesel engine, or by a combination of both. The system is designed to reduce CO2 by more than 20 per cent under the NEDC test cycle and to cut it by a substantial 30 per cent in ‘real-life’ urban conditions where hybrid technologies really come into their own.