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Ford recalls 200K Escape, Transit Connect models over instrument panel

Ford is announcing two new recalls that cover a total of 203,494 vehicles in North America. By far the larger of the campaigns is a recall for 203,445 examples of the 2014-2015 Escape and Transit Connect in North America. Specifically, there are 182,520 units recalled in the US, 18,226 in Canada, and 2,699 in Mexico. For these models, the instrument cluster, warning messages, lights, and chimes might not work at startup. This problem puts the vehicles out of compliance with the federal motor vehicle code, and the fix is a software update. The other recall is minuscule and only affects 49 units of the 2015 Transit that are owned by a single fleet customer. The company's vans have a specially ordered front passenger seatbelt, but the parts aren't labeled correctly under the federal code. Everything works properly, though, according to Ford. The fix is simply a new decal with the required info. No accidents or injuries are known to be related to either of these two recalls. Related Video: FORD ISSUES TWO SAFETY COMPLIANCE RECALLS IN NORTH AMERICA DEARBORN, Mich., June 24, 2015 – Ford is issuing two safety compliance recalls in North America. There are no accidents or injuries attributed to these conditions. Details are as follows: Ford issues safety compliance recall for certain 2014-2015 Transit Connect and Escape vehicles for instrument panel issue Ford Motor Company is issuing a safety compliance recall for approximately 203,500 2014-2015 Transit Connect and Escape vehicles in North America for an issue with the instrument panel cluster. When starting the vehicle, the instrument cluster, warning chimes, messages and warning lights may not work, which is a compliance issue with FMVSS 101 and other applicable FMVSS requirements. If these displays don't work as intended, it could increase the risk of a crash. Ford is not aware of any accidents or injuries associated with this issue. Affected vehicles include certain 2014-2015 Transit Connect vehicles built at Valencia Assembly Plant in Spain, May 13, 2014 to Dec. 10, 2014 and certain 2014-2015 Escape vehicles built at Louisville Assembly Plant, May 19, 2014 to Feb. 6, 2015. There are 203,445 vehicles in North America, including 182,520 in the United States and federalized territories, 18,226 in Canada and 2,699 in Mexico. Dealers will update the instrument panel cluster software at no cost to the customer.

The USPS needs 180,000 new delivery vehicles, automakers gearing up to bid

Winning the New York City Taxi of Tomorrow tender was a huge prize for Nissan, even though the company is still working through the process of claiming its prize. The United States Postal Service has begun the process to take bids for a new delivery vehicle to replace the all-too-familiar Grumman Long Life Vehicle, and that will be a much larger plum for the automaker who wins it, perhaps worth more than six billion dollars. The Grumman LLV is an aluminum body covering a Chevrolet S-10 pickup chassis and General Motors' Iron Duke four-cylinder engine. The USPS bought them from 1987 to 1994, and the 163,000 of them still in service are a monumental drain on postal resources: they get roughly ten miles to the gallon instead of the quoted 16 mpg, drink up more than $530 million in fuel each year, and their constant repair needs like the balky sliding door and leaky windshields have led the service to increase the annual maintenance budget from $100 million to $500 million. A seat belt is about as modern as it gets for safety technology, and the USPS says that assuming things stay the same, it can't afford to run them beyond 2017. Last year it put out two triage requests for proposals seeking 10,000 new chassis and drivetrains for the Grumman and 10,000 new vehicles. The LLV is also too small for the modern mail system in which package delivery is growing and letter delivery is declining. The service says it doesn't have a fixed idea of the ideal "next-generation delivery vehicles," but it listed a number of requirements in its initial request and is open to any proposal. Carriers have some suggestions, though, saying they want better cupholders, sun visors that they can stuff letters behind, a driver's compartment free of slits that can swallow mail, and a backup camera. The request for information sent to automakers pegs the tender at 180,000 vehicles that would cost between $25,000 and $35,000 apiece, and it will hold a conference on February 18 to answer questions about the contract. GM is the only domestic maker to avow an interest, while Ford and Fiat-Chrysler have remained cagey. Yet with a possible $6.3 billion up for grabs and some new vans for sale that would be advertised on every block in the country, we have a feeling everyone will be listening closely come February 18. We also have a feeling the LeMons series is going to be flooded with Grummans come 2017. News Source: Wall Street Journal, Automotive News - sub.

Ford wants smart cruise that's speed and grade sensitive

Ford is working to make adaptive cruise control even smarter and more economical for future vehicles. The automaker now has a patent (pdf link) on a system to use information on the grade of the road, traffic data, and a driver's preferences to eke out better fuel mileage over a journey. This solution would essentially put a little hypermiling right into a model's software. The Blue Oval's patent refers to this tech as "route navigation with optimal speed profile," and the system starts by splitting the way to the driver's ultimate destination into many smaller pieces. Each one is analyzed based on GPS data, and traffic info is also constantly updated. Based on the occupants' preferred travel time, all this info is combined to figure out the most efficient speed for each leg of the journey. All of these calculations are actually more than the car's computers can handle, so some of the math is offloaded to a cloud-based network. According to Ford, some of the benefits come when tackling hills while diving. Maintaining a single speed when going up and down steep grades isn't the most efficient method, but current technology can't easily make the necessary adjustments. This system uses the GPS data to adapt the vehicle's speed and leave the situation with better fuel economy. Ford is currently making major investments into autonomous driving technology and has some prestigious partners. While the patent documents don't specifically mention the optimal speed profiles for driverless vehicles, they seem like a natural fit. Over the course of an entire trip, the fuel economy gains would likely be even greater than over a few miles on a relatively flat interstate.