2001 Volvo S60 on 2040-cars

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How many other cars does it take to kill a Volvo?

We all know how safe Volvo cars are, but a European junkyard has decided to put it to the test by crashing, jumping and rolling the life out of an 850 wagon. While government tests use automated systems to crash new cars, the guys in this video do so with a driver behind the wheel. Aside from what looks like a safety harness and roll bar for the driver, it seems like this car is otherwise bone stock.
Not wanting to spoil the fun for you, we'll just point out that at the start of the video, our hero car looks pretty flawless, and by the end, well, let's just say the Craigslist ad for the car would say "needs some body work." Check out the video below to watch some stunts that even the Duke Boys might shy away from.

Recharge Wrap-up: Volvo's efficient truck concept, Tesla's updated mobile charger is cheaper

Mercedes-Benz plans to equip its gasoline-powered cars with particulate emissions filters, just like its diesel vehicles. Claiming to be the first automaker to apply the technology to gasoline motors, successful testing in the S500 led to the decision to expand the use of these filters. This announcement coincides with a $3.35 billion investment in clean diesel technology, including a new four-cylinder engine that adheres to strict emissions guidelines. It's not clear when Mercedes will begin including the filters on its gasoline vehicles, or if it intends to use them outside of Europe. Read more at Green Car Reports. Tesla has updated its mobile charger and given it a lower price. The 40-amp "Mobile Connector Bundle" – which used to sell for $650 – is now priced at $550 with two adapters and a storage bag, with an available $520 version offered without the adapters. Tesla's product description reads, "The Corded Mobile Connector has an integrated 240 volt 50 amp rated plug for high power output. A seamless design provides a low profile connection, allowing for use with covered outdoor outlets." Read more at Electrek. Volvo has developed a new truck concept that reduces fuel consumption by more than 30 percent. The modified Volvo FH 420 long-haul truck, simply called the Volvo Concept Truck, features 40 percent better aerodynamic efficiency, a weight reduction of about 4,400 pounds, and tires with lower rolling resistance. The truck's rear view mirrors have been replaced by cameras, which, in addition to reducing drag, also improve safety through better visibility. While the research vehicle won't reach market as-is, some of its aerodynamic features have already been included in real-world applications, with more to come as Volvo aims to improve the efficiency of its trucks by 50 percent. Read more at Green Car Congress, and in the press release below. Volvo Trucks' new concept truck cuts fuel consumption by more than 30% Almost one-third lower fuel consumption. Volvo Trucks' new concept vehicle shows how it is possible to drastically boost productivity in long-haul operations. Among the secrets behind these remarkable fuel savings are aerodynamic design and lower kerb weight. With support from the Swedish Energy Agency, Volvo Trucks has developed a new concept vehicle, the Volvo Concept Truck. It is the result of a five year long research project aimed at creating more energy-efficient vehicles.

Watch this video, then buy this 1993 Volvo wagon

Do you want to be perceived as rich and cuddly? Of course you do. Then you need to buy this car.
We know it makes no sense, but that pretty much sums up our take on the video you'll see below, in which a man by the name of Christoffer Castor, from Scania County in Southern Sweden, attempts to convince any and all who watch to buy his car. The car in question is a 1993 Volvo 240 wagon, in red with a black fabric interior.
We have quite a bit of respect for the old boxy Volvo wagons here at Autoblog, and, despite the presence of some unsightly rust on the tailgate, would gladly bum about in this particular 240. We especially appreciate the five-speed manual gearbox and that it's from the car's final year in production.