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100th Pikes Peak Hill Climb brings bad weather, heartbreak

Hill climb? Please. While Europeans spent the weekend driving up a nobleman's driveway at the Goodwood Festival of Speed, we in 'Murica got down and dirty with the 100th running up Pikes Peak. In a reversal of stereotypes, it is we who have understated. The "hill" climb ascends one of the tallest peaks in the Rockies, to a finish line that's 14,115 feet above sea level. To get there, it takes 156 turns over 12.42 miles, some of which just look like paved sky, because they have have no guardrails between the asphalt's edge and sheer dropoffs. In reality, the Pikes Peak International Hill Climb is even older than 100 years. The first event took place in 1916, but in 1917-19 and 1942-45, the so-called Race to the Clouds was put on hiatus due to a couple of world wars. This year's event was marked by damp weather that dashed the hopes of several teams' efforts to break new records. David Donner's Porsche 911 Turbo S Lightweight Package, for example, was widely expected to reclaim the production car record this year. Donner is a three-time PPIHC champ, and set the 2014 production car record in a 991-generation Turbo S.  A Bentley Continental GT piloted by Rhys Millen beat it in 2019, so Porsche was keen on taking it back. Donner broke the production qualifying time earlier in the week, but even the seasoned pro couldn't put his skills to tarmac due to moisture-laden surfaces and low-visibility from thick fog on race day. The result was 10:34.053, over 15 seconds slower than Millen's 10:18.488, still good enough to land the class's top spot and second overall. Acura arrived in Colorado to conduct its much-touted motorsports debut of the 2023 Integra. While the entry-level sports sedan, equipped with a stock engine but modified with a slew of HPD goodies, came in ninth in the production class, Acura didn't go home emptyhanded. A 2022 NSX Type S driven by Nick Robinson took the category's third spot. Taking second was Daijiro Yoshihara with a Tesla Model S. In recent years, electric cars have become a force to be reckoned with, especially since they are immune to high altitudes that negatively impact internal combustion cars. Poor conditions sent newcomer Levi Shirley's Ultra 4 buggy off course. Fortunately, it was near the lower sections, where there's still a significant amount of runoff past the pavement's end. Amazingly, Shirley landed wheels down in the video above, and simply continued driving through the pea soup haze.

2017 Porsche Panamera: Technical details of the world's fastest luxury sedan

In anticipation of our upcoming first drive of the new Porsche Panamera, here's an in-depth look at Stuttgart's new sedan. We already know what it looks like, but now we have details on the powertrain, chassis, and electronics. Let's jump right in. Engines, Transmission, Platform The big news is the all-new twin-turbo 4.0-liter V8 in the Panamera Turbo. It adopts a "hot vee" layout with the turbochargers in the engine's valley. This setup allows for a short run from the exhaust manifold for minimal lag, which is further reduced by the twin-scroll turbos. With 18.8 psi of peak boost, the new V8 pumps out 550 horsepower and 567 pound-feet of torque. As we mentioned, that's just 20 hp behind the outgoing Turbo S. And the Panamera Turbo is quick - good for 0 to 60 mph in 3.4 seconds with the Sport Chrono pack. Yes, launch control looks awesome. This is also the first Porsche engine to adopt cylinder deactivation - in four-cylinder mode the engine can run up to 3,500 rpm with as much as 123 horsepower. To shut down four cylinders at a time, the camshaft on each bank slides to engage a dummy lobe on cylinders two, three, five, and eight. When running in V4 mode, the valves stay closed on the shut-down cylinders. Another nod to emissions and efficiency is a catalytic converter mounted close up near the vee, right behind the turbos. All that heat requires airflow, so there's a dedicated duct from the radiator that routes fresh air over the turbos and catalytic converter. There's an all-new twin-turbo 2.9-liter V6 as well, made with the same 90-degree angle as the V8 because it's based on modular architecture. The V6 lacks cylinder deactivation but keeps the hot vee and adds two-stage variable lift on the intake valve. It is not lacking for power, with 440 hp and 405 lb-ft of torque. Both engines (and the European-market twin-turbo 4.0-liter V8 diesel) mate up to a new eight-speed dual-clutch automatic made by ZF. The new design is 5.6 inches shorter than the seven-speed it replaces and allows for an upcoming hybrid powertrain to be integrated without adding any extra length. The top three gears are overdrive ratios, with the top speed from both engines coming in sixth. Along with leading the development of the new V8, the Panamera is also the first car on the new MSB platform. That's Modularer Standardantriebs-Baukasten for you AP German students; a near-literal translation is modular standard drive.

Motor Trend holds World's Greatest Drag Race for the third time

As part of Motor Trend's Best Driver's Car competition, the buff book has held its third iteration of the World's Greatest Drag Race. With an airfield and a dozen of the world's finest performance cars at its disposal (oh, and a helicopter), the MT team did what any good group of enthusiasts would do, and tried to figure what car could cover a quarter mile the quickest. World's greatest drag race, indeed.
The contestants, as MT points out, cover a huge variety of engine types, drivelines, aspiration types and body styles, making for a genuinely varied and interesting field of competitors. Here's the full list of cars taking part.
Aston Martin Vanquish