DEADLY Crashes: 2013 IIHS Crash Tests
DEADLY Crashes: 2013 IIHS Crash Tests
DEADLY Сбои: 2013 IIHS краш-тестов
ÖLÜMCÜL Çöküyor: 2013 IIHS Crash Testleri
DEADLY Crashes: 2013 IIHS Crash Tests IIHS news release
New crash tests: Underride guards on most big rigs leave passenger vehicle
occupants at risk in certain crashes
Modern semitrailers for the most part do a good job of keeping passenger
vehicles from sliding underneath them, greatly increasing the chances of
surviving a crash into the back of a large truck, recent tests by the
Insurance Institute for Highway Safety (IIHS) show. But in crashes
involving only a small portion of the truck's rear, most trailers fail to
prevent potentially deadly underride.
Full text of release at:
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ADAC-Crashtest: Wildunfälle „saugefährlich"
http://www.focus.de/videos - Mit einem ungewöhnlichen Crashtest VW Golf
gegen Wildschweinrotte wirbt der ADAC eindrucksvoll für Vorsicht bei
Wildwechseln. Tipp für Autofahrer im Fall der Fälle: Draufhalten, nur
bremsen, nicht ausweichen.
RR Phantom Destruction....!!!!
The majestic Rolls Royce Phantom is bombarded with bullets and then the
unthinkable. Proper grenades detonated under this lavish luxury limo. It
withstands it all. Just awesome. I love Rolls Royce....!!!!
2009 Chevy Malibu vs 1959 Bel Air Crash Test
This crash test between a modern sedan and the classic 1959 Chevrolet Bel
Air shows just how far passenger protection has come in the last fifty
years. The Institute for Highway Safety staged the test to commemorate its
50th anniversary. Find more crash tests on our web site:
Bugatti Veyron vs Lamborghini Aventador vs Lexus LFA vs McLaren MP4-12C - Head 2 Head Episode 8
On this special episode of Head 2 Head, Automobile Magazine's Jason Cammisa
pits the world's most exclusive super cars against each other in a
no-holds-barred drag race battle! Do the carbon fiber-bodied Aventador,
LFA, and MP4-12C have what it takes to take on the king of the super car
realm - the Bugatti Veyron?
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2012 Mercedes Benz M-Class Crash Test
The front end structure, with its high energy-absorption potential, is
essentially made up of the firewall and two lines of longitudinal members,
anchored at the A-pillars. Two vertical members link the longitudinal
members, which further increase deformation resistance. The necessary
rigidity and strength of the floor assembly is provided by a robust
structure made up of a separate center tunnel plus separate longitudinal
members along each side, attached to the side wall. These are supported by
cross members anchored to the floor as well as by a connecting member to
the B-pillar as support for the front structure. The extremely robust side
wall assembly comprises, quite apart from the longitudinal members
described above and the side roof frame, A-pillars in a dual-casing design,
internally reinforced with high strength steel. In a side collision, the
cross member beneath the cowl, the cross member between the longitudinal
members underneath the pedal floor, the high-strength-steel cross member
beneath the driver's seat and the magnesium-alloy cross member underneath
the instrument panel, as well as the front roof frame, ensure the highest
possible stability of the occupant cell. The positioning of the fuel tank
in front of the rear axle and of the filler neck over the rear axle
increases the available deformation distance, maximizing the level of
energy absorption in the event of a rear-end collision. This is achieved,
above all, through the boxshaped design of the rear longitudinal members.