1974 Jaguar E-type V12 Roadster Rebult 5.3 Liter Engine With 4 Speed Fun Factor on 2040-cars

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Jaguar XJ220 leaps into Jay Leno's Garage

Having sadly canceled the C-X75 project and sat out today's hybrid hypercar race, it would be all too easy to forget about Jaguar as a supercar manufacturer altogether. But back in the early '90s, the British automaker didn't just play in the supercar game – it dominated it. The XJ220 was, for a time, the fastest car in the world. Jay Leno pays tribute in this latest video. Originally envisioned with a V12 engine and all-wheel drive, the XJ220 ultimately surfaced with a 3.5-liter twin-turbo V6 driving the rear wheels alone. None of that kept it from eclipsing the top speed achieved by every supercar that came before with a terminal velocity that didn't quite reach the 220 miles per hour initially promised, but came pretty darn close. The disappointment in the change of specification lead some to dismiss the XJ220 as a failure, but it was still the fastest thing on the road until another British supercar (in the form of the McLaren F1) took its place at the pinnacle of automotive bragging rights. Two decades later, Jaguar quite nearly drove down the same road when its initial plans for the C-X75 changed from an experimental turbine powertrain to a multi-charged inline-four. Only this time the Leaping Cat marque didn't put it into production at all, save for a few prototypes and movie props – which is a bit of a shame, and then some. Watching Jay speed down memory lane in the supercar that almost never was, we're glad that Jaguar still built the XJ220, and saddened that it never followed up with another groundbreaking supercar today. Related Video:

Jaguar XJS gets resto-mod treatment from England-based TWR

From the Volvo P1800 to the Porsche 928, the resto-modding trend has propelled numerous classics into the 21st century. Born-again English firm TWR rummaged through its own backyard to jump on the bandwagon: it unveiled an updated version of the Jaguar XJS. Known as the Supercat, the resto-modded XJS shares little more than a silhouette and a few basic styling cues with the coupe that inspired it. It's more muscular-looking thanks to a body kit that adds a front splitter, Group B-esque wheel arch flares, a rear spoiler and a massive diffuser integrated into the rear bumper. It gets modern-looking LED lights on both ends, and it rides on center-locking wheels. TWR notes that the body panels are made out of carbon fiber to keep weight in check. Interior pictures haven't been released, though we're told nearly every part of the car will be highly customizable, and we'll need to be patient to find out precisely what's under the hood. To whet our appetite, TWR mentioned a V12 engine supercharged to 600 horsepower and a six-speed manual transmission. All told, it has taken the company more than two years to reach this stage, including intensive real-world testing. TWR notes that the Supercat will make its dynamic debut during the summer of 2024 (our money is on the Goodwood Festival of Speed). If you want one, act fast: production is limited to 88 units globally and pricing starts at GBP225,000 excluding taxes, which represents about $281,500 at the current conversion rate. Dollars matter here: unlike some resto-mods, the Supercat was developed with our market in mind. If the XJS isn't your thing, TWR stresses it has additional resto-modded projects in the pipeline. It hasn't revealed what's next, however. Jaguar XJS View 6 Photos The donor car Released as the XJS for 1976 as a replacement for the E-Type, the two-door Jaguar (shown above) was offered in numerous configurations during a production run that lasted well beyond even the company's expectations; it remained part of the range until 1996. It was offered with a straight-six, a V12, a stick, an automatic, as a coupe, and as a convertible, and it received numerous updates inside and out to remain relatively fresh. Related Video:

2022 Jaguar I-Pace Road Test Review | 762 miles in Jag's EV

A legion of new electric cars has been launched over the past couple years, so it’s easy to forget about one of the earliest entries in the electric revolution: the Jaguar I-Pace. In fact, the I-Pace is so old now that itÂ’s getting a mid-cycle refresh of sorts for the 2022 model year. Autoblog had its “First Drive” of this futuristic-looking crossover-hatchback nearly four years ago, so itÂ’s time to see where the electric Jag stands now that it has more competition.  To really get a sense of where the I-Pace fits today, I decided to take it on a road trip from Detroit, Michigan, to Buffalo, New York, and back. This would test the carÂ’s real-world highway range, its charging ability and luxury prowess as a premium crossover. It also ended up being a test of the Rust BeltÂ’s charging infrastructure and ability to facilitate EV road tripping. The trip starts with a 100% charge in Michigan, 50-degree weather and a 381-mile drive ahead of me. According to the sticker for this 2022 Jaguar I-Pace EV400 HSE, it has a 222-mile range on a full charge — thatÂ’s down from the 234 miles it was rated for in 2021. I set out, and itÂ’s all good vibes at the start. This I-Pace has the standard 20-inch wheels (not the optional, giant 22s), which pair perfectly with the air suspension to provide a truly comfy ride. The adaptive cruise control makes dealing with rush-hour traffic through Detroit easy, and the I-PaceÂ’s dual-motor powertrain, good for 394 horsepower and 516 pound-feet of torque, is a delight to unleash when the road opens up. Even at 60 mph-plus, the I-Pace has plenty of go to pin you back like other quick EVs do today. As I make my way into Ohio and navigate through Toledo, some gripes pop up. The lane-centering system is finicky and downright scary at times. Poor lane markings cause it to abruptly yank the car left or right, and you need to be quick at the wheel to keep it from driving onto the shoulder or worse — other cars with similar lane-following tech perform significantly better on the same roads. ItÂ’s even more frustrating when I learn how good it is on a highway with clear and proper lane markings, tracking beautifully Â… until the road no longer cooperates. Its inability to cope when lane markings suddenly deteriorate makes this system hardly worth using. Watching out for its bad behavior is more mentally taxing than just turning the system off and driving without.