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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.

How Jaguar optimized the Ingenium gas engine for the F-Type

At the 2017 New York Auto Show, Jaguar showed off the new entry-level F-Type, packing a 2.0-liter, turbocharged, gasoline-fueled inline-four that produces 296 horsepower, which is built in-house in the UK. It's the debut of this branch of the Ingenium engine series, and it's also the top of the Ingenium gas range; most JLR vehicles will offer a less powerful 247-hp version. We caught up with Jaguar's engineers to figure out exactly how this high-output Ingenium engine differs, and what Jaguar had to do to fit it in the F-Type's engine bay. While all Ingenium 2.0-liter gas fours share major architecture – the aluminum block and heads, as well as the bore and stroke – there are some internal differences. The most important are the low-compression pistons, which allow for more boost without detonation. The new compression ratio is 9.5:1, compared to the 10.5:1 ratio in the 247-hp spec engines. To make the most out of more boost, you need new plumbing and a way to get more fuel into the combustion chamber. So Jaguar fitted a larger twin-scroll turbocharger that's unique to this application. It features low-friction ceramic ball bearings – Jaguar says this improves transient response. There are also new fuel injectors and a fuel pump to accommodate the increased demand for gas in the high-output engine. On the back end, there's a unique exhaust system with active flaps to give it a louder bark when called for. Of course, some new hardware and more boost means the various electronic systems that control the engine needed changes. For one, Jaguar's changed the cam timing and valve lift mapping, as well as the ignition timing. The throttle mapping and transmission calibration have also been optimized for the new engine. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. As far as the driver's concerned, the biggest change from the 247-hp engine to the 296-hp one – other than increased scoot – will be where the power peak is. The 296-hp engine makes peak power at a higher point in the rev range, which should reward drivers who generously prod the throttle and hold gears in manual mode. Remember, F-Types equipped with this engine will only be available with an automatic transmission. You should also remember that it's an excellent gearbox overall, with rapid, smooth shift characteristics, if the other 8-speed Jaguars are anything to go by.

Jaguar Land Rover in talks for Southern US factory

Jaguar Land Rover is getting serious about global expansion, and that means it can't only build its vehicles in the UK anymore. The British automaker is cutting the ribbon at its new plant in China tomorrow, marking the opening of its first factory outside the UK. In 2016, it will open another factory in Brazil. But the latest intel has it that JLR is looking into a US factory, as well.
The report, which comes to us from the Sunday Times by way of Automotive News Europe, indicates that the company is evaluating locations for a North American factory, with options centering around Southern right-to-work states like South Carolina, where BMW operates its plant in Spartanburg and a wide array of other automotive operations are based as well. The JLR plant would reportedly ramp up to a capacity of 200,000 units per year.
In related news, while that new plant JLR is inaugurating in Changshu, China, is initially slated to produce the Range Rover Evoque, it is also expected to start building the new Discovery Sport as well - just like the Halewood plant in the UK that has handled Evoque assembly from the start and which just built its first Discovery Sport, as well.