1998 Jaguar Xj8 Sedan 72,286 Miles Very Clean 2-owner Clean Carfax! Beautiful!!! on 2040-cars

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2020 Jaguar I-Pace Suspension Deep Dive | All kinds of weird and wonderful

I’ve driven the Jaguar I-Pace a handful of times, and it always proves to be an enjoyable experience. In case youÂ’re not up to speed, this is JaguarÂ’s dual-motor all-wheel drive all-electric SUV. ItÂ’s quick, it looks cool in a running shoe sort of way, and it delivers a decent 234 miles of range. Sure, it has its faults, particularly when it comes to the infotainment and climate control layout. But the electric JagÂ’s smooth ride comfort and direct steering feel are clear strong points, and its handling stays nicely balanced and displays sharp reflexes as far as IÂ’ve pushed it. That is to say, a strong pace, but nothing that would land me in jail. The suspension plays a big role in all of this, of course. I wanted to see what theyÂ’d done, so I recently put an I-Pace HSE up on jackstands and took a look underneath. Electric powertrain notwithstanding, I found this to be an utterly weird and fascinating machine.    From this vantage it is easy to see the big air spring (yellow arrow). The use of this type of spring medium allows the I-Pace to run at different heights. It mostly runs at standard height, but can also lower the car at highway speeds to lessen aerodynamic drag. ThereÂ’s an even lower mode to ease the loading of passengers and cargo, along with a raised-height off-road mode because, well, this is theoretically an SUV. It looks like it has a double wishbone front suspension, too, with a high-mount upper arm (green). But we canÂ’t be sure until we move in closer.   With the wheel turned, we can see that this is a double wishbone front suspension in the sense that it has a single ball joint (green) at the bottom. ThereÂ’s lots of nice-looking forged and hollow-cast aluminum bits and pieces, too. But it looks odd in some other respects. The lower arm (yellow), for example, seems to have a joint of some kind in it. Meanwhile, near the top, you can see how the tall upright (or hub carrier, if you like) is curved (red) to provide tire and wheel clearance. Use the wheel studs as a reference point and you can imagine how the tire assembly will nestle into that area.   The shock absorber (green) runs up the middle of what is a doughnut-shaped air chamber. A very tall tower of a doughnut, but you get the idea. But you canÂ’t call this a coil-over. Do I hear bag-over? Anyway, a position sensor (yellow) is connected to the upper arm so the height-control system can regulate itself properly.

2016 Jaguar XE pounces on the Parisian port

It's been about five years since Jaguar discontinued the misguided X-Type and exited the compact luxury sedan market, but today marks the British automaker's re-entry into the segment with the public debut of the all-new XE.
Pitted against the likes of the BMW 3 Series and Mercedes-Benz C-Class, the new Jaguar XE is based on an all-new aluminum architecture that will underpin many new felines to follow, and packs a new family of four-cylinder engines. That is, aside from the range-topping XE S pictured above, with the super-six borrowed from the F-Type.
Conservatively styled but elegant and uniquely Jaguar, the XE isn't set to arrive Stateside until 2016. So unless you're planning a trip overseas (with a stop at a Jaguar showroom on the itinerary), our gallery of live shots from the floor of the Paris Motor Show here at the Porte de Versailles may be the best look you'll be getting at Coventry's latest for the next couple of years.

Recharge Wrap-up: Jaguar's aluminum recycling, lithium demand rises

Jaguar Land Rover has recycled over 50 metric tons of aluminum over the past year. As Jaguar celebrates a year of sales of the XE – which makes use of recycled aluminum – its closed loop recycling program has prevented some 500,000 metric tons of CO2 emissions. The XE is the first car in Jaguar's REALCAR (short for REcycled ALuminium CAR) program, and the company says it has recycled an amount equal to almost 200,000 XE body shells. "Its success so far marks a significant step towards our goal of having up to 75 percent recycled aluminium content in our vehicle body structures by 2020," says Group Engineering Director Nick Rogers. Check out the video above, and read more from Jaguar. Electric vehicle manufacturers are putting a strain on lithium supplies. Since the metal is used in the batteries of most electric vehicles, demand is expected to grow by 8.8 percent a year through 2019. While Tesla has deals with natural resource companies Pure Energy Minerals and Bacanora Minerals, they won't be able to keep up with the automaker's goal of 500,000 EVs by 2020. Tesla, BYD, and other EV manufacturers are going to be competing for these resources, and new lithium firms will enter the market to compete for automakers' business. Read more in the press release or the blog post from Market Research. Connecticut's Department of Energy and Environmental Protection (DEEP) has announced a new funding opportunity for building public EV charging infrastructure. DEEP is accepting applications from private entities for awards of up to $10,000 for installing a public dual-head charger or two single-head chargers, for up to 17 new charging stations. It prefers proposals for underserved areas with major traffic, such as downtowns. Connecticut has a goal of putting 3.3 million EVs on the road by 2025. Read more in the notice from DEEP, or visit DEEP's website. Car clubs are responsible for the removal of about 25,000 cars from London roads. According to a new survey, every club car removes 10 private cars, as club members sell their own vehicles. The survey of 4,000 Londoners also shows that carsharing members drive an average of 750 fewer miles every year after joining. London is currently home to 186,000 car club members using 2,800 cars, while the UK's 220,000 club members use over 3,800 club cars. Also, many car clubs offer access to electric vehicles, which helps to further reduce emissions.