2008 Volvo C70 T5 Convertible 2-door 2.5l on 2040-cars

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Junkyard Gem: 1976 Volvo 244 DL

Volvo did well enough selling the PV444/544, Amazon and 140 in the United States, but it was the Volvo 200 Series that really launched Goteborg iron into the American big time. Introduced here as a 1975 model, the 200 stayed in production for nearly two full decades and remains the most instantly recognizable Swedish car ever made. Here's an early-production 244, found in a Denver-area car graveyard not long ago. The 200 Series could be considered an update of the late-1960s-vintage 140 Series, since it's essentially the same car from the A pillars back. The main difference between the two is the MacPherson strut front suspension in the 200 Series. Volvo went through several naming systems for U.S.-market 200 Series cars over the decades, with the initial one being the easiest to decipher: a three-digit number followed by a two-character trim-level designation. The first digit in the number represents the series, the second represents the number of engine cylinders and the third the number of doors. There were six-cylinder 262s, 264s and 265s sold in the United States from 1976 through 1981, powered by the same PRV V6 engine that went into the DeLorean DMC-12, so it's incorrect to refer to all 200 Series Volvos as 240s. This car is the best-selling member of the 200 family, with a four-cylinder engine and four doors. This is a fuel-injected 2.1-liter SOHC straight-four, rated at 98 horsepower and 110 pound-feet; the 1975 240s received the 2.0-liter pushrod engine from the 140. There were two transmissions available in the 1976 240s: a four-speed manual or a three-speed automatic. This car has the automatic. Even thought it's a base DL model, this car's first owner paid an extra $456 for air conditioning (about $2,580 in 2024 dollars), on top of the $500 premium for the automatic transmission ($2,829 after inflation). That pushed the cost for the car up to $7,551, or $42,717 in today's money. You could get a swanky new 1976 Buick Electra Limited four-door hardtop for just $6,852, but those sensible Volvo buyers knew it was worth paying a premium for genuine Scandinavian safety and build quality. European-market headlights were strictly forbjuden on American roads during the early Malaise Era, according to federal safety regulations, so Volvo had to install these unsightly sealed-beam rigs on their cars here.

Everybody's doing flying cars, so why aren't we soaring over traffic already?

"Where's my flying car?" has been the meme for impending technology that never materializes since before there were memes. And the trough of disillusionment for vehicles that can take to sky continues to nosedive, despite a nonstop fascination with flying cars and a recent rash of announcements about the technology, particularly from traditional automakers. Earlier this month, Toyota applied for an eye-popping patent for a flying car that has wheels with spring-loaded pop-out helicopter rotors. The patent filing says the wheels/rotors would be electrically powered, while in on-land mode the vehicle would have differential steering like tracked vehicles such as tanks and bulldozers. At an airshow in July, Aston Martin unveiled its Volante Vision Concept, an autonomous hybrid-electric vertical takeoff and landing (VTOL) vehicle it developed with Rolls-Royce. Aston says the Volante can fly at top speeds of around 200 mph and bills it as a luxury car for the skies. Audi used the Geneva Motor Show in March to unveil a flying car concept called the Pop.Up Next it developed with Airbus and Italdesign. If the Pop.Up Next, an electric and autonomous quadcopter/city car combo, gets stuck in traffic, an app can be used to summon an Airbus-developed drone to pick up the passenger compartment pod, leaving the chassis behind. Audi said that the Pop.Up Next is a "flexible on-demand concept that could open up mobility in the third dimension to people in cities." But Audi also acknowledged that at this point it has no plans to develop it. The cash-stoked, skies-the-limit Silicon Valley tech crowd is also bullish on flying cars. The startup Kitty Hawk that's backed by Google co-founder Larry Page announced in June that it's taking pre-orders for its single-seat electric Flyer that's powered by 10 propellers and is capable of vertical takeoffs and landings. The current version can only fly up to 20 mph and 10 feet in the air and has a flight time of just 12 to 20 minutes on a full charge. The Flyer is considered a recreational vehicle, so doesn't require a pilot's license. Uber says it plans to launch its more ambitious Elevate program and UberAIR service in 2023. "Uber customers will be able to push a button and get a flight on-demand with uberAIR in Dallas, Los Angeles and a third international market," Uber Elevate promises on its website.

How Volvo is going greener, according to sustainability chief Henrik Green

STOCKHOLM — This week, Volvo unveiled its new flagship electric vehicle, the EX90 three-row SUV. ItÂ’s not just a look at a product weÂ’ll see come to market in 2024, but a glimpse at the approach Volvo is taking to become more sustainable as it aims to go all-electric by 2030 and carbon-neutral by 2040. After the unveiling of the EX90, we had the opportunity to speak with Henrik Green, VolvoÂ’s advanced technology and sustainability officer, as part of a roundtable discussion about the brandÂ’s climate strategy moving forward. Part of the strategy is accountability and transparency. In an industry where sensitive materials like cobalt and lithium can be environmentally, socially and geopolitically problematic, traceability is paramount. Volvo will use blockchain technology — the same sort of secure ledger tech that makes cryptocurrency possible — to trace cobalt, lithium and nickel from their very origins in the earth all the way to the EX90s that roll off the factory floor. Green said he expects that traceability to expand to more materials, but those three are what Volvo can commit to today. Green also predicts a time when “you as a consumer should be able to see, ‘Here, in my app, this is the car I bought, this is where my nickel came from thatÂ’s in my car.’” While step one is improving transparency, “the next step is — this is much more long-term — how can we affect the industry to source from the most sustainable sources as possible?” And that leads us to recycling. A circular economy is the goal, where raw materials are used minimally, replaced by materials sourced from old cars, batteries, electronics and the like. But that depends on the first generations of electric cars fulfilling their lifecycles before they can be recycled. And obviously the better the longevity of products like batteries, the longer this will take. “Unfortunately, it has this built-in time lag of putting batteries out there that live until they need to be replaced, and then we will get the material back.” Partners are beginning to scout for those recyclable materials from sources like non-automotive electronics, “but the massive volume of car batteries will not be accessible until these cars have been on the road 10, 15 or more years.” But recyclability is one of the main factors Volvo looks for when partnering with companies like Northvolt, with whom Volvo is building a factory and R&D center in Gothenburg, Sweden.