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Junkyard Gem: 1987 Cadillac Cimarron

The General's Cadillac Division hit its all-time sales record during the 1973 model year, with 304,839 cars sold. Then the OPEC oil embargo in the fall of that year caused oil prices to triple, while simultaneously accelerating several negative trends in the American economy. In the aftermath, sales of imported luxury cars surged, the President resigned, the communists conquered South Vietnam, and Cadillac introduced a compact car based on the proletariat Chevrolet Nova. Sales of those Sevilles — which cost better than triple the price of their Nova siblings — proved strong, and so it seemed to make sense to create a Cadillac-ized version of the Nova's replacement: the front-wheel-drive Chevrolet Cavalier, which debuted for the 1982 model year. Thus was the Cadillac Cimarron born, and that's what we've got for today's Junkyard Gem. The Cimarron stayed in production for the 1982 through 1988 model years, but sales were strongest for the first few years and so the 1982-83 cars make up the bulk of my Cimarron junkyard finds. This very clean '87 in a Denver-area yard is a rare late-production car. Although the Cimarron was by far the swankiest GM J-Body ever made, its Cavalier ancestry was unmistakable. While the Nova-based Seville caused some grumbling over the cheapening of the Cadillac brand, the Cimarron inspired widespread anger and loathing among those who love cars. Even with a leather interior and nice audio system, the Cimarron still caused pain to its owners who saw cheapo Cavaliers (and Pontiac J2000s and Olds Firenzas) looking nearly identical at a glance yet costing far less. In 1987, the list price on a new Cimarron started at $15,032 (about $35,550 in 2021 dollars). The cheapest Cavalier listed at $7,255 that year, though the loaded Cavalier RS sedan with V6 engine started at $9,159. For 1982 through 1986, the base powertrain in the Cimarron consisted of a 1.8-liter or 2.0-liter four-cylinder — yes, the same double-digit-horsepower engines that went into Cavaliers — paired with a four- or five-speed manual transmission. The 2.8-liter V6, rated at 125 horses, was an option in those cars and became standard equipment in the 1987 and 1988 Cimarrons.

Timothee Chalamet is 'Edgar Scissorhands' in Cadillac's Super Bowl commercial

Filmmaker Tim Burton's 1990s classic "Edward Scissorhands" explored the unusual challenges of a boy who had scissors for hands. One challenge that was not touched on in the original film was that of driving a car. For its Super Bowl commercial, Cadillac revisits the theme, and the brand's Super Cruise hands-free driving feature proves perfectly suited to "Edgar Scissorhands," another young man with scissors for hands. Playing Edgar is Timothee Chalamet, reprising the role that Johnny Depp made famous as Edward. Edgar's mother is portrayed by Winona Ryder. While Edgar's unique hands do give him some special talents — he makes one heck of an artful salad, for instance — they present a challenge in many others, such as playing football. A virtual reality headset affords Edgar the ability to drive, and that gives his mother an idea. She presents him with a Cadillac Lyriq, the not-yet-on-sale EV crossover. Edgar sets the button to activate Super Cruise, and the Lyriq steers itself. The perfect solution for someone with scissors for hands. Why feature a vehicle that doesn't go on sale until late 2022 when Super Cruise is available in other Cadillac models now? The answer seems to be that GM is using its Super Bowl commercials to also showcase its pivot to EVs. Certainly, that's the theme of "No Way, Norway," which stars Will Ferrell along with the Lyriq and the Hummer EV.   Related Video:

GM, Pilot will build EVgo fast chargers at 500 truck stops across U.S.

All of our maps showing electric vehicle charging stations across the U.S. are going to need an update. Today, General Motors, Pilot and EVgo announced plans to work together on a nationwide DC fast charging network. The plan calls for 2,000 charging stalls that can deliver up to 350 kW to be installed at up to 500 Pilot and Flying J travel centers in the U.S. The goal is to have DC fast chargers available in 50-mile intervals across the country. The new charging stations will feature GM's "Ultium Charge 360" branding and "Pilot Flying J" logos but will not be limited to drivers of GM EVs. The plugs will use CCS connectors and be available to anyone. GM EV owners can take advantage of benefits, including the ability to make exclusive reservations, get discounts on charging costs and streamline the charging process with Plug and Charge and in-vehicle apps that can provide real-time charger availability. The first installation phase will take place in 2023, and "the bulk of the installations" should be completed by 2025, EVgo CEO Kathy Zoi said during a conference call with reporters announcing the plan. "We're gonna get going immediately and commence all of that engineering and planning stuff," she said. "We've got a pretty orderly plan." Pilot CEO Shameek Konar said the company expects the new EV charging stations to coexist with the current fuel infrastructure. "An average Pilot Flying J location is about 10 acres," Konar said. "This will be in addition to all of our gas pumps. The way I think about it is, this is a new source of energy that is going to coexist with gas for quite some time. We can debate how long, but we need to serve both groups of customers." Installing DC fast chargers at hundreds of Pilot's travel centers — aka truck stops — means there should be food, drinks, restrooms, WiFi and even showers available while you wait for an EV to charge. Pilot recently announced its “New Horizons” plan that will invest $1 billion in upgrading Pilot travel centers with more premium amenities, including expanded seating and lounge areas. While the exact amount of time it will take to charge an EV using these new stations will vary on the EV and its current state of charge, most EVs can refill from a low state of charge to around 80 percent in 20-30 minutes on a fast charger. The new stations are future-proofed to deliver up to 350 kW, a charge rate that few EVs today can handle.