2000 Ford Excursion Xlt Sport Utility 4-door 6.8l on 2040-cars
Imperial, California, United States
Body Type:Sport Utility
Vehicle Title:Clear
Engine:6.8L 415Cu. In. V10 GAS SOHC Naturally Aspirated
Fuel Type:GAS
Make: Ford
Model: Excursion
Warranty: Vehicle does NOT have an existing warranty
Trim: XLT Sport Utility 4-Door
Options: Cassette Player, Leather Seats, CD Player
Drive Type: RWD
Safety Features: Anti-Lock Brakes, Driver Airbag, Passenger Airbag
Exterior Color: Green
Power Options: Air Conditioning, Cruise Control, Power Locks, Power Windows, Power Seats
Interior Color: Tan
Number of Cylinders: 10
Mileage: 91,272
2008 front clip 20 inch rims 35 inch tires 6 inch lift kit
Ford Excursion for Sale
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Watch divers pull 1973 Ford Mustang Mach 1, Mazda RX-7 from a river
Thu, Apr 2 2020It’s like the ultimate barn find, only swap out the relatively ideal dry confines of a barn for a watery grave. Adventures with Purpose, a YouTube channel devoted to the exploits of a group of divers in Oregon that specializes in pulling submerged cars from the water, recently found six vehicles in the Tualatin River, near Portland. The most notable finds? A 1973 Ford Mustang Mach 1 fastback and a Mazda RX-7 sports car, plus a Chevrolet LUV pickup, which is not shown being pulled from the water. As you might expect, neither are exactly in top condition, with the badly rusted Mustang basically disintegrating into scrap pieces as itÂ’s pulled onto a flatbed truck parked on a boat ramp. The RX-7, meanwhile, is caked with mud, its windshield and roof crumpled, but itÂ’s basically intact. A hat tip goes to CarBuzz for spotting the videos. The divers use inflatable salvage bags to help raise the vehicles. They removed the MustangÂ’s rusted and encrusted V8 first — the '73 model came with either 302 or 351 engines — and had to pause to remove some of the thick mud that had built up inside the car. Other things they found from both pulls include an old sledgehammer, a stop sign and a rusted Washington state license plate. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. The crew say they received a call from someone who told them theyÂ’d find plenty of vehicles in the river. The whole Mach 1 salvage operation took two days. “A lot of you are going to be a bit upset at how destroyed the Mustang Mach 1 became after we tried removing it from the river,” the team wrote in its description. “In our defense, there was an extra 8,000 pounds of mud inside the car, along with the Mustang being underwater in the river for over 40 years.” The Adventures with Purpose team says it has recovered 326 cars, six guns, two bodies and a tractor, among things. Related Video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.   Ford Mazda Coupe Performance Classics
Watch NASCAR racer Brad Keselowski do a burnout... in a hotel conference room
Fri, 08 Mar 2013A vast majority of hotels frown upon smoking inside the building these days, but Brad Keselowski doesn't follow the rules. During his introduction at the 2013 MiilerCoors Distribution Convention, the reigning NASCAR Sprint Cup champion smoked the tires of his Miller-sponsored Ford Fusion stock car, adding a pair of thick, black stripes to the carpeting of the Marriott World Center's conference room.
This definitely isn't a high-quality video, but it's the perfect vantage point to watch Keselowski lay down some rubber and receive a well-deserved standing ovation after pulling up in front of the crowd. Check out the short-but-sweet video posted below.
Translogic 174: Ford envisions the future of parking
Tue, Apr 14 2015Translogic visits Georgia Tech for a glimpse at the future of parking. First, we demo the Ford remote parking program by driving a golf cart around campus from the comfort of an off-site lab; think of remote parking as a virtual valet. Then we see how Ford's "parking spotter" works, a crowd-sourced way of finding an open space. Along the way, Translogic host Jonathon Buckley chats with Ford's global director of vehicle electrification and infrastructure, who explains how these innovative parking concepts could help us get around more efficiently. Have an RSS feed? Click here to add Translogic. Follow Translogic on Twitter and Facebook. Click here to learn more about our host, Jonathon Buckley. VIDEO TRANSCRIPT Jonathon: You turn the wheel and the cart turns the wheel because we've got to remember that the carts 150 meters down that way. I should use yards because I'm not in Australia any more. Welcome to Translogic. I'm Jonathon Buckley. Every year in this country we spend over 70 million hours looking for parking. We think that's a pretty miserable way to spend that time but Ford Motor Company and Georgia Tech have taken this problem head on by developing a parking spotter experiment and some pretty cool remote driving functions to go with it. When it comes to remote vehicle repositioning, you guys have been so far using golf carts?Mike: That's right.Jonathon: What's the goal with this type of technology?Mike: As you probably know, car sharing is becoming one of the emerging trends in mobility. With that, any type of sharing program that we looked at around the world, one of the common challenges it has is that during the end of the day, or the nighttime hours, there's something that has to happen to get all the assets back to where they need to be for the next day. Cell phone technology and broadband technologies have advanced so far that we can remotely control a vehicle from anywhere it the world. For example, we could actually take this and create a virtual valet. You and your significant other pull up to, say, a restaurant. You could potentially get out of the vehicle and then the call center could take your vehicle and park it for you. You wouldn't need to do anything [00:02:00] else other than arrive at the restaurant.Jonathon: The whole thing's pretty intuitive. It works exactly as you imagine a golf cart would work. The only difference that there really is is there's just a little bit of latency that you have to account for.





