2007 Jaguar Xj8 L Sedan 4-door 4.2l on 2040-cars

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Junkyard Gem: 1965 Jaguar S-Type 3.8

The first Jaguar XJs appeared on American roads in late 1968, and decades of production made it the iconic Jaguar sedan most familiar to us today. Before the XJ, however, there was the Mark 2, and that powerful and stylish midsize saloon sold fairly well here during the 1960s. The S-Type (yes, the Leaper-badged Lincoln LS sibling built by Ford around the turn of the century took its name from this car) was an upgraded version of the original Mark 2, sold here for the 1964 through 1968 model years. Here's a rough but recognizable '65 S-Type 3.8, found in a Denver-area wrecking yard recently. The feature that set the S-Type apart from the ordinary Mk2 was this independent rear suspension, based on the one used in the bigger and costlier Jaguar Mark X. The base Mk2 and its old-timey solid rear axle remained available in 1965, with a sticker price of $5,419 (about $51,460 in 2022 dollars), while the S-Type cost $5,933 (around $56,340 now). Yes, those inboard disc brakes were just as much a nightmare to work on as you'd think, but they reduced unsprung weight and improved the handling and ride. This car was about the same size as a typical Detroit midsize sedan of the day, but far more expensive and much more prestigious. GM's swankiest S-Type-sized offering, the Buick Skylark, cost a mere $2,552 ($24,235 today) and had a notable lack of real wood inside. Actually, that Skylark with the optional 300-cubic-inch (5.0-liter) "Wildcat 355" V8 would have been a lot quicker than the S-Type, at least in a straight line, and your friendly Buick dealer probably could have arranged to have the hot-rod 401 (and its 325 horses) out of the Gran Sport coupe stuffed into a new Skylark sedan. The S-Type of 1965 got this sophisticated DOHC straight-six of 3.8 liters' displacement, rated at 220 horsepower. As you'd expect, someone grabbed the pair of SU sidedraft carburettors before I got here, perhaps before the car even arrived at this place. The 4.2-liter version of this engine used in the Mark X got three carbs. I suspect that this car was bought by a Denver-area Jaguar enthusiast for parts, decades back, and then was used for outdoor storage of components for future projects.  These cars are worth decent money in good condition, but this one would need the application of tens of thousands of dollars to be worth … tens of thousands of dollars. As someone who daily-drove an MGB for a few years, the sight of all this Lucas electrical hardware makes me sweat a little.

Jaguar upgrades I-Pace with increased range for free

Jaguar launched the I-Pace eTrophy racing series in 2018, and ever since, it's been collecting data on its battery electric crossover. Using that research, Jaguar has managed small refinements that incrementally improve how the car runs and drives. In past times, these types of upgrades were implemented during a refresh or redesign, but thanks to the computerized nature of modern vehicles, tuning information can be relayed to the vehicles immediately. Installed by dealers, Jaguar is releasing a free I-Pace software update that affects the battery, aerodynamics and all-wheel-drive system.   Jaguar already offers one of the best battery-operated vehicles on the road today, but the competition pool is quickly improving and becoming more crowded. In order to keep the I-Pace fresh, Jaguar decided to share its learnings from its eTrophy racing series and "more than 50 million miles" of real-world driving.  As it stands, the I-Pace packs a 90-kWh lithium-ion battery that is EPA-rated at 234 miles on a single charge. It has 394 maximum horsepower, 512 lb-ft of torque, and Jaguar claims it can do 0-60 mph in 4.5 seconds. With the new update, Jaguar says the battery can "run to a lower state of charge than previously without affecting drivability, durability, or performance." This only affects range and efficiency, though, not power. All I-Paces are all-wheel-drive, and the update directly affects the car's traction system. Jaguar has refined the torque distribution between the front and rear motors, which improves the car's efficiency in ECO mode. A third update deals with the car's aerodynamics. Jaguar has refined thermal management control by using the active radiator vane system more frequently. Finally, small tweaks also improved the regenerative braking system.   All said, these upgrades potentially equate to an 8% increase in range, which is about 12 miles, depending on usage. Jaguar did note, however, that the official EPA number would not change. Those who own I-Paces can take their cars to a local dealership, and a technician will update the software, which also includes advanced over-the-air functionality. 

Jaguar XJ220 owners will finally be able to get new tires

Bridgestone announced today that the underserved Jaguar XJ220 used-car market would finally have access to new tires. Apparently a number of years ago, companies stopped supplying road tires for the XJ220 altogether. Don Law, owner and operator of XJ220 parts and restoration company Don Law Racing, brought the issue to the attention of Bridgestone. Now, Bridgestone and Don Law have assembled a team that includes the vehicle's original chief development engineer and test driver to create a modern tire for the 213-mph supercar. Bridgestone was also able to get access to pre-production car 004 for testing purposes. The company plans to have the new tire ready for the car's twenty-fifth anniversary next year. From the sound of it, the tire will likely outperform the original one, as Bridgestone's vice president of consumer OE tires cited the advancement of tire technology over the years when talking about the project. This whole project also raises an interesting question. Are there any other supercars that don't have original equipment tire options anymore? The XJ220 certainly wasn't the only supercar of the '90s with fat tires on relatively small-diameter wheels. Also, what will happen to the tire market for modern supercars? The Bugatti Veyron famously has special tires designed to handle its extremely high top speed. It certainly is an interesting first-world conundrum, and one we're going to keep tabs on. Related Video: