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2021 Ford Mustang Mach-E, Volvo XC40 Recharge score high in IIHS tests

New electric cars continue their streak of impressive crash test results. The two latest to go through Insurance Institute for Highway Safety testing are the 2021 Ford Mustang Mach-E and the 2021 Volvo XC40 Recharge. The former earned a Top Safety Pick award, and the latter picked up the Top Safety Pick+ commendation. Both vehicles got the top "Good" rating in every crash test, as well as the "Superior" rating for vehicle-to-vehicle collision prevention. They deviate when it comes to headlights and vehicle-to-pedestrian collision prevention. Because the Volvo has headlights rated "Good" on all trims, it got that extra "+" on its Top Safety Pick award. The Ford also has high-rated headlights available, but the standard units got the second lowest rating of "Marginal." As for the vehicle-to-pedestrian collision prevention, the Volvo received the second-highest "Advanced" rating, while the Ford was rated "Superior." Among the electric cars IIHS has tested, the Ford and Volvo continue a streak of high scores. The organization has evaluated the Audi E-Tron in both its body styles, as well as the Tesla Model 3, both of which get the Top Safety Pick+ rating. As a result of the XC40 Recharge's test score, Volvo pointed out that it is the only automaker whose entire lineup has received a Top Safety Pick+ rating. Related video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.  

Volvo building new AstaZero safety proving ground in Sweden

Volvo is an automaker committed to vehicle safety, setting an ambitious target for itself: by 2020, the Swedish automaker envisions that no one will be killed or seriously injured in one of its cars. In order to achieve that goal, Volvo has announced a new proving ground designed specifically to test safety solutions.
Called AstaZero, the new facility near the company's headquarters in Gothenburg, Sweden, is the result of a $70 million investment. It will cover some 500 acres, with over 60 acres of pavement, four city blocks and three and a half miles of highway. The Active Safety Test Area (the ASTA in AstaZero) will enable Volvo and its partners (including Scania trucks as well as government bodies and university development programs) to simulate city streets, highways, rural roads, roundabouts, T-junctions and more, combining traffic from cars, pedestrians, bicycles, motorcycles, buses, trucks and even animals in order to account for all manner of potential hazards.
The facility will enable Volvo to test active safety systems and autonomous vehicle operations, and even allow robots to test its prototypes in an adaptive environment that aims to be more flexible than existing proving grounds. Read more about Volvo's commitment to safety in the press release below.

Volvo developing new three-cylinder engine family

Pop the hood on a Volvo of recent vintage and you'll find four-, five-, six- and even eight-cylinder engines. But the Swedish automaker is downsizing its engines over the coming years. The new XC90, set to be revealed later this week, will use a new family of four-cylinder engines (like the one pictured above). But that's not even the end of it as emerging reports speak of a new three-cylinder engine family in the works.
The new 1.5-liter turbocharged three-cylinder engine will, according to reports, help Volvo further cut its carbon emissions in line with constricting regulations in markets like Europe and Australia. There won't be quite as many versions as the four-cylinder range, which will include gasoline and diesel versions in varying states of tune, but the three-pot motor is tipped to be employed in vehicles as large as the S60 and its stablemates. Larger than that, however, and the three-cylinder engine apparently just doesn't have the necessary torque.
Expect the new three-cylinder engine to be introduced sometime later this decade, after the four-cylinder's introduction in 2016. The three-cylinder engine is also set to form the building block of an even more efficient hybrid propulsion system in the future, enabling this new engine family to stay relevant through 2025.