1948 Ford 'f1' 1/2 Ton Pickup on 2040-cars
Portland, Michigan, United States
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1948 Ford 'F1' 1/2 ton pickup. Original 6-Volt electrical sys., 226 c.i., 95 hp, Flathead 6-Cyl. engine, 6.8:1 compression ratio, 1 barrel carb. 3.73:1 axle ratio, Non-Synchromesh 4-speed trans. w/granny gear. I have owned the truck for 20 years. Purchased it from a man who brought it to Michigan from Soddy-Daisy, Tennessee. The restoration was done in 1993 and I was given a few photos of the process. I've had the carb, brakes, generator and radiator rebuilt, the gas tank dipped & coated. I have added a Dennis Carpenter 'RED' headliner & kick panel kit, beauty rings / hub caps and a quality 'California' cover. I have done the standard tune-ups plus changed the hoses and belt through the years but the engine has had ' no wrenching ' , " If it isn't broke DON"T fix it" ! This was an old farm truck in its hay day. The engine runs strong but it is 66 years old. It is wound tight between 55 - 60 mph with the factory 3.73:1 gear. |
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Auto blog
Ford's Farley will challenge dealers to cut EV cost to customers by $2,000
Fri, Sep 9 2022DETROIT — Ford Motor Co Chief Executive Jim Farley will go to Las Vegas next week to roll the dice on a strategy to convince dealers to cut as much as $2,000 from the cost of delivering an electric vehicle to a customer. Ford has told dealers that one key topic for the meetings will be a discussion of new agreements that would govern how dealers sell Ford's expanding lineup of electric vehicles. Farley told analysts in July that Ford needs to cut $2,000 a vehicle out of selling and distribution costs to be competitive with Tesla Inc and other electric vehicle startups that sell directly to consumers without franchised dealers. About a third of those savings could come from what Farley called a "low inventory model," where customers order a vehicle and Ford ships it to the customer, rather than stocking vehicles on dealer lots for weeks or months. "We think that's about -- worth maybe $600, $700 in our system," Farley told analysts. Tesla can also adjust prices rapidly on its website, and keep most of the gain from a price increase. Ford declined to comment other than to say “we are excited to meet next week with our North America dealers to grow and win together.” Dealers said they expect Ford to outline minimum investments for charging stations and other equipment to support electric vehicle customers. A key question will be how quickly dealers will be required to install chargers, which dealers said can cost as much as $500,000. "The manufacturers so far have let us scale into it and I think Ford will hopefully do the same thing. You just can't say, 'Listen, we're going to sell 2 million electric cars five years from now and we expect you to put in five superchargers,'" said Rhett Ricart, owner of Ricart Ford, a large dealership in Columbus, Ohio. Tesla's success at selling electric vehicles without franchised dealers is putting pressure on all established automakers to overhaul their retail networks. A shift by Ford to a Tesla-style build to order system could come with caps on the profit margins dealers can earn on a new vehicle sale, some dealers said. "I see dealer margins still being very competitive, but they are going to shift," Farley said in July. Ford intends to put more emphasis on selling products and services after the initial vehicle sale, he said. Dealers said state franchise laws could give dealers leverage to resist efforts by Ford to set fixed prices or fixed fees for delivering electric vehicles.
Three automotive tech trends to watch in 2018 and beyond
Thu, Dec 28 2017Every year, technology plays a bigger and bigger role in the auto industry. To put things in perspective, 10 years ago iPod integration and Bluetooth were cutting-edge in-car innovations, and smartphones and apps weren't yet a thing since the first iPhone was only about six months old. And I can't recall anyone talking about autonomous cars. Compare that to today, with mainstream coverage of the auto industry dominated by autonomous technology, along with electrification and almost every move made by Tesla. These three topics were the most significant trends of car tech in 2017 and I believe they will continue to shape the auto industry in 2018 and beyond. Let's examine them. Full Autonomy Gets Closer to Reality While there were many developments this year that indicate we're inching closer to fully autonomous vehicles, I was behind the wheel for hours to witness one of them. In October I had the chance to test Cadillac Super Cruise on a 700-mile, 11-hour drive from Dallas to Santa Fe – and had my hands on the wheel for maybe 45 minutes max throughout the entire trip. Super Cruise is far from making the Cadillac CT6 or any GM vehicle fully autonomous, and has limitations such as functioning only on pre-mapped main highways. While it simply adds a layer of lane centering to adaptive cruise control, the technology will go a long way in making mainstream drivers more comfortable with letting machines take over. On a separate front, GM is pushing ahead with fully autonomous vehicles and announced last month that it plans to launch of fleets of self-driving robo-taxis in several urban areas in 2019. While most automakers are also in the race to make autonomous cars a reality, GM's turbocharging of its efforts appeared to be in response to Waymo, which announced just weeks earlier that its Early Rider Program in the Phoenix area would go completely driverless. The Early Rider Program launched last April, offering the public a chance to ride in Waymo's autonomous Chrysler Pacifica minivans. In this new phase of testing, Waymo is using its own employees as guinea pigs instead of the public while the vehicles operate without a human behind the wheel, and takes another giant step forward for fully autonomous driving.
Ford looks to space robots to improve car-to-car communications [w/video]
Wed, 21 Aug 2013Ford has partnered with St. Petersburg Polytechnic University for three years to research various kinds of connected vehicle communications. The university tie-up is part of its study of space robots, NASA systems created to enable space-to-Earth communication, and the university's own development of systems that enable communication between the International Space State and Earth.
The objective is for Ford to engineer layers of robust networks and redundancy systems that will allow your car to speak to other cars, to emergency vehicles, to infrastructure like traffic lights and buildings, and to the cloud. Benefits would come in just about every area of transit, from avoiding accidents, to getting medical workers to an accident more quickly, to improving the flow of traffic during rush hour.
Check out the press release below for details on what Ford wants to learn from the JUSTIN Humanoid and NASA Robonaut R2, and a video of technical leader Oleg Gusikhin discussing his interest in the project.















