2007 Volvo S60 2.5t on 2040-cars

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Junkyard Gem: 1984 Volvo 242 DL

Volvo had tremendous success with the iconic 200 Series cars, selling them in North America from the 1975 model year all the way through 1993 (and if you count the Volvo 140, which was the same car from the A pillars rearward, the 240's history goes back to the middle 1960s). Nearly everybody who bought 240s on our continent did so in order to be safe and/or practical, which meant that the two-door version never sold anywhere near as well as its four-door and wagon brethren. Here's one of those rare 240 coupes (technically speaking, a two-door sedan), found in a San Jose car graveyard last winter. If you're going to be a stickler about the designation of this car as a two-door sedan and not as a coupe, you'll also want to call it by the name Volvo used when it was in the showroom: the 1984 Volvo DL. However, everybody in the Volvo world now prefers the original naming system that Volvo used for the 200s back home in Sweden, where you had 2 followed by a numeral indicating the number of engine cylinders and a numeral indicating the number of doors, with the trim-level code after that. So, what we have for today's Junkyard Gem is a Volvo 242 DL, i.e., the cheapest new 240 Americans could buy in 1984. You could get a turbocharged engine from the factory in the 1984 242, but this car has the ordinary naturally-aspirated 2.3-liter straight-four, rated at 111 horsepower. It also has the four-speed manual transmission with overdrive controlled by the button in the middle of the shift knob. Nearly 230,000 miles on the clock, which is decent for any 1980s car but not spectacular by Volvo 240 standards. Many Volvo enthusiasts prefer the smooth lines of the coupe to the stodgier sedans and wagons, and this one shows signs of ownership by someone who wasn't just about listening to NPR while driving safely to the natural-foods store. Sure enough, it has aftermarket springs and a non-factory rear sway bar. I wish I'd found these parts back in 2007, when I was helping to build a V8-swapped Volvo 244 road racer. The presence of the keys in a junkyard car, however, usually indicates that it was voluntarily let go by its final owner. Perhaps it was a dealership trade-in that proved to be impossible to sell due to a combination of three pedals, high miles, and lack of truck-shaped body. The interior looks like it might have been tolerable before it reached this place.

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.

Volvo Polestar reveals new V8 Supercars engine

Volvo may be better known for turbo fives and inline fours, but in 2005 it launched the XC90 with a new eight-cylinder engine built for it by Yamaha. Fast forward to this past June when Volvo announced its intention to enter Australia's V8 Supercars series, where it would compete with the likes of Ford, Holden, Nissan and Mercedes-AMG. This is the engine with which it intends to do so.
Revealed this weekend at the Sydney 500, this competition-spec powerplant is based on the same B8444S that powered the XC90 and S80 (not to mention the Noble M600), but tuned for racing duty to be shoehorned into the new S60 touring car. The 60-degree aluminum block has been bored out from 4.4 liters to 5.0, its compression ratio boosted to 10:1, modified to run on E85 bio-ethanol and its redline increased to 7500 rpm. Volvo also promises a unique engine note from its new racers.
While Volvo and its racing partner Polestar haven't released official output numbers, regulations call for outputs between 620 and 650 horsepower - in any event, a whole lot more than the 311 hp it produces in stock form. (Noble managed to squeeze that much out of the same block, but that required twin turbochargers while this unit remains naturally aspirated.) Scope out the details in the press release below and the photos from the reveal in the gallery above.