2002 F250 Super Duty Diesel 7.3 on 2040-cars

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Project Ugly Horse: Part VII

Devils, Details and Weight Reduction
There are many things I could call this exercise. A party is not one of them.
I've spent three days crammed in the axle well of this 1989 Mustang with nothing to keep me company beyond a trouble light, a DeWalt drill on the very last of its legs and billion razor sharp, red hot slivers of metal with an affinity for my most sensitive of regions. My joints are raw from crawling around on the concrete. I'm half deaf from the shriek of the spot weld cutter and the boom of the cold chisel and hammer.

Ford reveals automated Fusion Hybrid

Autonomous cars may still be in their infancy, but more and more big names in the auto industry are diving in head first. Nissan is already making strides with a semi-autonomous Leaf EV and General Motors is planning to offer semi-autonomous tech by 2020. And then there's Google, doing its thing with a fleet of Toyota Prius. Now, Ford is showing off its latest automated effort, a driverless Fusion Hybrid.
Partnering with the University of Michigan (Go Blue!) and State Farm Insurance, the project is part of Ford's Blueprint for Mobility, the company's plan for transportation beyond 2025. "The Ford Fusion Hybrid automated vehicle represents a vital step toward our vision for the future of mobility," Chairman Bill Ford said. "We see a future of connected cars that communicate with each other and the world around them to make driving safer, ease traffic congestion and sustain the environment."
The automated Fusion features four LiDAR infrared sensors that scan the road 2.5 million times every second, using a principle similar to the echolocation used by dolphins or bats. Using the infrared light emitted by the LiDAR, the car can draw a picture of everything within 200 feet to create a map of its surroundings. According to Ford, the sensors are able to tell the difference between a paper bag and a small animal from a football field away.

Ford Escort Concept goes back to basics

Here's the thing about China: The folks buying cars there have a very different set of standards than shoppers in many other markets around the globe. While we all drool over hot metal with bold designs, and while we appreciate automakers going an extra step to inject even their cheapest offerings with aggressive and interesting cues, that sort of sheetmetal sex appeal doesn't always sell in the People's Republic. Case in point is Jaguar, which may be designing a more traditional-looking version of its XJ for the Chinese market, or more to the point of this story, Ford currently sells the less-exciting, last-generation Focus compact in China right alongside the new one.
So consider this new Shanghai-bound C-segment concept a preview of what's to come for that more traditional, budget-minded, less-sexy market. More proof of this pudding: Ford's even calling this concept the Escort - a nod to the Blue Oval's compact car days of yore, and a name that stirs up thoughts of basic, affordable transportation rather than great driving dynamics or bold design. "Customers in China described seeking a vehicle that is stylish - but not one that is arrogant or pretentious," Ford states. And this new Escort concept previews a possibility of providing exactly that for this rapidly expanding automotive market.
What you're looking at, then, is one of the most simple Ford designs we've seen of late, though it still incorporates all of the automaker's latest DNA. The signature hexagonal grille is front and center, flanked by attractive LED headlamps and chrome-rimmed foglamp housings. The entire car's design focuses on clean, smooth surfaces, with one strong character line flowing from front to back just below the beltline. We will say that the car looks decidedly more premium from the rear view, where narrow, horizontal taillamps with an LED accent give the car added visual width. Bland as it may be, it's a handsome little concept, though fear what would likely happen if all of the conceptual details get dumbed down for a production model.