1999 Jaguar Xk8 Convertible 2-door 4.0l on 2040-cars

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Jaguar's EV plans now include a large, lavish sedan that won't be called XJ

Autocar reports Jaguar has resuscitated plans for an electric XJ after canceling the previous attempt, albeit under a different name. There are supposedly two Jaguar-branded EVs arriving in 2025. We know one will be a four-door GT the automaker teased in April of this year. The scant intel we received on it claimed more power than any previous retail Jaguar, besting the 590-horsepower XE SV Project 8, and a starting price around GBP100,000 (around $125,000). We'll guess the output claim represents a top-shelf trim, the starting price represents an entry-trim. The most expensive hardtop the company sells in the U.K. now is the F-Type R 75, asking GBP103,075. A Porsche Taycan, the obvious comparison to a sporty, four-door, six-figure, battery-electric GT, starts at GBP79,200 and runs to GBP148,300 for the Taycan Turbo S. Autocar said company sources outed the Jag as a lavish electric sedan that is effectively, in the magazine's words, a "de-facto XJ replacement but larger and much more luxurious." The Coventry automaker's been dealing with even more turmoil than usual in the past several years, so it's difficult to pin down how many times plans have changed and when. It's thought the original plan had the GT launching ahead of two SUVs. The larger of the two SUVs would be flagship of a three-model electric lineup, specced and priced to challenge the Bentley Bentayga, the English maker joining a cadre of mass-market luxury brands going superluxe and repeatedly naming Bentley as the target. In July of last year, Autocar reported the new plan was "a trio of... electric crossovers," a near-production concept not due until the end of 2024. Now, Autocar's sources maintain the model count remains at three, all of which will sit on the dedicated, long-wheelbase Jaguar Electric Architecture (JEA). If this plan holds, there will be that four-door GT against the Taycan, the SUV against the Bentley, and the swanky sedan as something like a BMW i7 competitor. It is expected to be about the length of the 219-inch Bentley Mulsanne, offer all-wheel drive, all-wheel steering, a range spread of about 385 to 475 miles on the European cycle, and the ability to recharge its battery from 10% to 80% in 13 minutes. The report also said the output floor would be at around 450 hp.

Jaguar Classic's 3.8-liter engine block costs nearly as much as a new Jetta

Jaguar is helping collectors restore its vintage models by resuming production of the 3.8-liter six-cylinder engine block it built between 1958 and 1968. Called XK, the straight-six originally powered half a dozen models (including the famous E-Type), and its modern recreation costs nearly as much as a new compact sedan. Wearing part number C22250, the cast-iron block is built to the original's specifications by Jaguar's Classic division, and it comes with a 12-month warranty. Sourcing a used block would likely be markedly cheaper than ordering a new one from the factory, but enthusiasts who value originality above all will appreciate the fact that it comes certificate of authenticity. Customers who send the company proof of vehicle ownership can even retain the serial number from the engine they're pulling out, though an asterisk will identify it as a replacement. Jaguar built the XK engine for several decades, but the 3.8-liter variant only remained in production for 10 years. It powered cars like the surprisingly quick XK 150 roadster, the stately Mark IX and early examples of the E-Type, though its displacement grew to 4.2 liters in 1964. As of this writing, only the 3.8-liter XK is available new. If the E-Type you're painstakingly restoring deserves nothing less than the best, or if you think a 3.8-liter block makes an awesome coffee table, you'll need to send Jaguar a check for GBP14,340 including taxes, a sum that represents approximately $17,800 at the current conversion rate. Enthusiasts will also need to source pistons, connecting rods, a crankshaft and a complete cylinder head, among many other parts, so the cost of a full rebuild will lie well beyond the $20,000 threshold. For context, Volkswagen charges $18,895 for an entry-level Jetta. Related Video:

Jaguar Land Rover exploring 3D HUD and infotainment projections

With its most recent technology research, Jaguar Land Rover (JLR) is exploring the use of 3D projections for a world before and/or after autonomous vehicles come to fruition. In collaboration with the United Kingdom's University of Cambridge, JLR has developed concepts for a 3D head-up display that shows information on the road ahead and a system that projects personalized 3D infotainment for vehicle passengers.  As of right now, hundreds of production vehicles are equipped with two-dimensional head-up displays, some color, others black and white. Using various techniques and different technologies, manufacturers display information in a flat image in front of a driver. Some might find it distracting or unhelpful to have this in the driver's line of sight, and JLR might have found a solution. Rather than wedge the information in between the person and the view ahead, a 3D system that uses augmented reality could display the info onto the road in front of the driver. JLR thinks the system could project navigation directions, safety alerts such as lane departure, hazard detection or other bits typically found in a car's infotainment or instrument cluster. Some might find this to be even more distracting that 2D head-up displays, but to each his or her own. While the 3D head-up display is something that could be used right now, if it were released and passed legal, part two of JLR's 3D technology research is imagined for a life where truly autonomous vehicles are skating across the country. Using head- and eye-tracking technology, the system could lock into the position of numerous people in a vehicle and give each of them a personalized 3D projection "screen." This could be used to track a trip, look up points of interest, or even watch movies. JLR points out this could be used during ride-sharing without bothering others in the vehicle. The work with the Center for Advanced Photonics and Electronics at Cambridge is still in development for now, but it's only a matter of time before 3D tech makes it into cars in some degree.