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Cruise Woodward Avenue with Autoblog's Dodge Challenger Hellcat

While Autoblog was consumed by coverage of the increasingly important Monterey Car Week last weekend, there was another big even going on. The Woodward Dream Cruise is significantly lighter in terms of news, but there's no denying that it's a far bigger, and far more egalitarian than what the wine-and-cheese crowd experience on the links at Pebble Beach. The Dream Cruise crams tens of thousands of cars and over a million spectators along a four-lane ribbon of asphalt between Ferndale and Pontiac, MI. What's remarkable aren't these numbers, though, so much as the distances they travel. Owners and admirers come from far and wide, across the United States and in some cases across the globe, to take in the spectacle. This year, local radio and television coverage featured fans that traveled from Japan, Australia, and Europe, just to take in the cruise. Of course, we realize that not everyone can make the pilgrimage to Woodward Avenue. With that fact in mind, we decided to bring a bit of the Dream Cruise to Autoblog with a time-lapse video of the cruise route. You can experience the good (a Lamborghini Gallardo, Chevrolet Chevelle, and Oldsmobile Cutlass 442), the bad (the traffic jams), and the ugly (no, your 2003 Ford Focus does not qualify as a classic, get the hell out of the cruiser lanes). So join us, as we turn off 8 Mile Road behind the wheel of our 2015 Dodge Challenger SRT Hellcat and run north, through Ferndale, Pleasant Ridge, Royal Oak, Huntington Woods, Berkley, Bloomfield Township, and Bloomfield Hills, before ending up on Wide Track Drive in Pontiac.

Watch dual-engined Dodge SRT4 do a FWD burnout, a RWD burnout, then AWD launch

There's something fantastically insane about racers who go out on their own and build something unique. Just take this crazy video from last year of a twin-engine Dodge SRT4 at a drag strip that can burn the rubber at either end – or both ends – at a moment's notice. With tires sticking out way past the fenders, a massive cooling system at the front and no back window to speak of, this Dodge is clearly meant solely for speed. Though it's real party trick is being able to spin the front or rear wheels independently. The setup makes for three quite showy burnouts. When it came time to actually get down the track, things got somewhat awkward. Like other twin-engine creations we've seen, the separate powertrains make for some odd sounds and a weird look launching down the strip. Still, there's no doubt that the engineering behind this Frankenstein is very impressive. Scroll down to see this monster in action and another of it in a very mismatched race last year. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.

It ain't easy keeping a Hellcat steady at 170 mph on ice

The Dodge Challenger SRT Hellcat you see hit the ice at Arsunda Speed Weekend in Sweden, over two hours north of Stockholm. It's said to be bone stock, save for the studded tires that help it grip on ice. But it apparently takes more than some steel studs and a lead foot to keep it pointed the right way. Just look at how much driver Alx Danielsson has to saw at the wheel to keep the Hellcat from veering off course. Fortunately he seems to have the chops to do so, being not only a native of Sweden (and therefor imbued from birth with otherworldly abilities to drive on ice) but also having won the highly competitive Formula Renault 3.5 Series championship back in 2006. In the end Danielsson hit a top speed in excess of 170 miles per hour, touted as some sort of record, however unofficial (and specific to Dodge Challengers). That's a fair bit shy of the 205 mph that Bentley achieved in the Continental Supersports, but while that model had slightly less power than the Hellcat, it did have the benefit of all-wheel drive – something that could make all the difference in these kinds of slippery conditions. Related Video: