Yeah, I opened this up for the screen shot, but I had been listening

You have heard it before, you’ll hear it again. Probably soon, probably better and probably from Louis CK, in which case it will definitely be funnier.

But what an age we live in! Literally, a mere 10 years ago my wife sat at home hoping my once a week phone call from Africa would actually connect. Today, I am texting her as she has lunch with her little brother in Virginia. But what’s more impressive is that I am doing that while watching real time race updates as my buddies the Three Pedal Mafia and their beater Rolls Royce battle Speedycop and his amazing upside down racecar at on the 24 Hours of Lemons at NJMP. The mighty K Car wagon is there as well.

A few weeks ago, we ran a post about a new computer driven tool developed by Ford that allows them to rapidly prototype sheet metal parts. At the time, I raised the potential that Ford’s Freeform Fabrication Technology might have for enthusiasts working on customizing or restoring cars. Load a sheet of metal in the frame, load a file on the computer, and watch it hammer out a fender for your classic or custom car. Apparently that wasn’t much of a stretch. Engadget reports on a New Zealand man named Ivan Sentch who is using an $800 desktop 3D printer to fabricate the body for a 1961 Series I Aston Martin DB4 replica he is making.

When cars started getting digitized, first with fuel injection, then electronic ignition and ECUs, some enthusiasts thought that would foretell the end of hot rodding. That’s proved to be a false prophecy, what with developments like the Megasquirt engine management system, high performance “chips” and tuning via the OBD port. Last year, Ford Motor Company, which has been at the leading (some say bleeding) edge of in-car electronics and infotainment, announced the release of the OpenXC Platform. OpenXC is an application progrmaming interface, API, that makes information from the car’s various instruments and sensors available to Android applications. The idea was to open up that information to all the possibilities with which open source application developers and hobbyists might come up. The system is read only, to prevent you from damaging your car, or worse, creating an unsafe driving situation, but in terms of using that information, the possibilities are endless. To promote OpenXC, Ford has released a video of a haptic shift indicator, built into the shift knob, invented by one of their junior engineers, Zach Nelson. When you feel it vibrate, it’s time to shift.

Using a haptic feedback motor from an Xbox 360 controller, an Arduino controller, and an Android based tablet with some USB and Bluetooth hardware Nelson created a programmable haptic shift indicator that he then built into a custom shift knob that he had designed in a CAD program and printed out with a MakerBot Thing-O-Matic 3D printer.

Using engine speed, throtle position, and other engine control data, Nelson programmed different modes that tell the driver when it’s ideal to shift up (or theoretically, down as well, I suppose, if you add in data from the traction control systems). Programmed for performance, the shift knob will vibrate when approaching redline and if economy is what the driver is after, it will buzz at the best shift point for optimum fuel mileage, it can even have a tutorial mode to help drivers learn how to shift a manual transmission. For “fun”, Nelson installed a LED display on the top of his custom shifter that shows the gear position.

As part of the open source ethos, Nelson and Ford have made all of his design files, the firmware, the Android application for programming the device, and the CAD file for the shifter knob, available to the public with links at the OpenXC site. The idea is to let enthusiasts further develop the idea.

OpenXC will be available for a growing number of Ford vehicles. In the video, Nelson says that the latest car he’s tested it on is the Shelby GT500 Mustang. He talks of his sense of accomplishment when his invention worked with the 662 horsepower muscle car. My guess is that in that particular app, he had it programmed to shift at redline.

Two or three times a year, Jack Roush’s Roush Collection has an open house. The Collection is the private museum where Roush keeps many of the race winning cars from what is now Roush-Fenway Racing as well as cars and artifacts from his personal collection of cars, motorcycles and airplanes (the “Cat in the Hat” must have nine lives indeed because the guy has survived two plane wrecks). Since they bring in tables for merchandise and memorabilia to sell during the open house, some of the items in the museum get moved around. Up against the back wall were a bunch of engines, race and prototype, from various projects or race cars. I was admiring one of Jack’s beloved flathead Ford V8s and nearby noticed an odd looking V4, banded to a pallet, with just a tag that said “Gemini engine” and instructions to send it to the Roush museum, with a couple of names after “Attn:”. One of the names was that of a senior Roush engineer.

The honeymoon is now officially over. 2011 Ford Motor Co. photo.

Two years ago, Ford and Toyota agreed to perform a feasibility study on the two companies working together to develop a hybrid drivetrain for rear wheel drive pickups and SUVs. Apparently, working together wasn’t going to be feasible because Ford and Toyota have both issued statements announcing the end of the tie-up. Ford said that the Dearborn automaker will be developing their own hybrid system for RWD and said that the completely new hybrid architecture will be available by 2020.

As GM starts rolling out the Chevolet Spark EV, starting in eco-friendly California and Oregon, Automotive News has a look at the marketing challenges the newest electrified car from America’s largest car company. AN raises the issue of GM’s electrification strategy, which is focused on battery electrics, not conventional hybrids, and the sui generis Chevy Volt. While hybrid sales this year are up, EV sales continue to be lukewarm which has resulted in significant price cuts on cars that run on batteries: $4,000 off the price of the Ford Focus Electric, $6,400 off the price of a Nissan Leaf, and GM itself started offering a cash rebate of $4,000 last month on 2013 Chevy Volts.

The internet is abuzz with Volvo’s newest You Tube video of an autonomous self-parking car. The website Motorauthority is even going so far as say this feature will be offered on the upcoming 2015 XC90.

The system, by the way, is not truly autonomous in the sense that your car will wander around seeking a spot until it finds one. It will, rather, work with specific parking garages set up with an interface that will guide the car to open parking places. An in-car system will notify the driver if the service is available and if there is an available space. Sensors in the car will allow the vehicle to interact with other non-autonomous cars and people.

Naturally this whole thing adds further fuel to the fire of autonomous cars and the regulatory implications of a vehicle operating without a licensed driver behind the wheel. In this author’s opinion, Volvo is clearly pushing the envelope if they plan on including this feature on a vehicle in the next few years. Likely this system will first see operation in large parking facilities located on private property to avoid the various legal issues that are sure to crop up. Still, the future must start somewhere and, as I have said before, I welcome the better, brighter future our new robot masters are set to deliver.

Apple just announced a bunch of new stuff today as part of their annual developers conference. Most TTAC readers don’t really care that iOS7 is ditching the old skeuomorphic look (fake brushed metal, fake leather, etc.) for a flat design that is damn near identical to what Google’s Android and Microsoft’s Windows 8 have been doing. However, they’ll care about this.

As the line between automotive electronics and consumer electronics grows ever closer, the list of new-car options has grown at an incredible pace. As a person who’s constantly in a new vehicle and has an insatiable love for gadgetry, click through the jump for my top 10 must-haves and the 10 options you should avoid at all costs. Picking the right options can help your car’s resale value and choosing the wrong ones can lower it or even limit the market for your ride.

As the technology that will one day network cars together and reorganize the roads in the name of safety and efficiency continues to rush towards us, word comes that the computerized systems used to control commercial aircraft in flight are now vulnerable to hackers via android devices. Net-Security.org is reporting on an April 10th presentation at the “Hack in the Box Conference” by German security consultant Hugo Teso during which he demonstrates how a wireless device can be used to transmit malicious code into an aircraft’s computer through at least two different systems currently used to exchange information between aircraft and ground stations. Those of you who are already afraid to fly will want to read all of the excruciating details here: http://www.net-security.org

Pull up a chair, get some popcorn. The fireworks have been flying fast and furious. New York Times reporter John Broder wrote a piece about his press loaner Tesla running out of juice. Tesla, already smarting from the perceived slight given them by BBC’s Top Gear, decided they needed an ace up their sleeve: data logging. Chairman Elon Musk penned a response that included detailed data logs from the press car. Broder responded in general terms and then with a point-by-point response to Musk’s charges. The NYT’s public editor, Margaret Sullivan, has also chimed in with the opening of her own investigation. Notably, Musk hasn’t returned her calls. Her tentative conclusion? “I reject Mr. Musk’s central contention that Mr. Broder’s Sunday piece was faked in order to sabotage the Model S or the electric-car industry.” She also called for Tesla to release all the data they’ve got in proper machine-readable form, not just their pretty annotated graphs with the circles and the arrows and the paragraph on the back of each one.

It’s now apparently legal to have self-driving cars in California and Nevada, and this should spread across the country rapidly. One industry report predicts we’ll have them by 2019. For the purposes of this article, let’s assume that the costs will come down slowly but surely and adoption will grow quickly. Let’s jump all the way to the end point, where self-driving technology is safe, reliable, and mandatory (yes, mandatory), just like seat belts, air bags, and so forth.

Ford will be giving away its SYNC AppLink to any automaker or Tier 1 supplier, as it looks to make SYNC the standard for in-car connectivity systems.

One of the reasons for Volkswagen’s current strength dates back four years. During the carmageddon of 2008 ff, multinational carmakers such as GM and Toyota drastically cut back investments into new cars and technologies. Volkswagen did not change R&D spending. Four years later, this translates into a host of new models, and revolutionary platform architectures (MQB, MLB, MSB) that promise even more new models at lower cost.

Tesla has officially launched their long-awaited “Supercharging” network last night to a star-studded crowd in Southern California. (We assume it was star-studded since our invitation got lost in the mail.) The EV network promises to enable Model S and Model X owners to charge 150 miles of range in 30 minutes. What about your Roadster? Sorry, you aren’t invited to this charging party. Have a Tesla and a LEAF? You’ll have to be satisfied with separate but equal charging facilities as the Tesla proprietary charging connector restricts access to Tesla shoppers only. Is this class warfare or do we parallel the computer industry where connectors come and go with the seasons?

The GE Wattstation killed my Leaf! That’s the story being reported by the New York Times as well as PlugInCars.com. As the tale goes, 11 Leaf owners have had their chargers “damaged” while charging with GE’s Wattstation home charging station. The relative significance of only 11 failures aside, the Nissan Dealer in San Pablo, CA confirmed to PlugInCars.com that Nissan North America has notified dealers of a potential problem with the Leaf and the GE home charging station. TTAC contacted Hilltop Nissan and they have yet to return our calls. Rather than just parroting back the usual news reports we dug deep. We contacted GE and Nissan, consulted some professional electrical engineers and read though hundred of pages of boring SAE documents. Click past the jump to learn more about EV charging than you ever wanted to know.

This contest closed today, Wednesday, July 4th 2012 at 2 pm Eastern Time.

Please stay tune for the results.

If you want to pretty-up the P&L of a car company, there are two quick fixes: You cut marketing expenses, or you cut R&D. A cut of R&D expenses won’t show up negatively for three to five years, when you suddenly lack new cars to sell. In the meantime, you look like a hero. General Motors plans to cut about a quarter of the workers at its R&D facility at the Warren Technical Center in suburban Detroit, Automotive News [sub] says.

When government, media and industry agree that a trend exists, it’s generally taken as fait accompli. After all, these three institutions wield immense cultural power, and together they are more than capable of making any prophecy self-fulfilling. But there’s always a stumbling block: acceptance by the everyday folk who actually make up our society. And when a trend is taken for granted, the ensuing rush to be seen as being in touch with said trend often generates more heat than light. Such is the case with the trend towards “green cars.” Few would deny that they are “the future,” but at the same time, there’s been precious little examination of how this future is to be realized. And when such examination does take place, it tends to raise more questions than it answers.

For a long time, carbon fiber was a high tech, high cost product. Slowly, carbon fiber is going mainstream. From Volkswagen to Toyota and GM, large automakers have carbon fiber projects in the works. Now, Ford is joining the bandwagon made from lightweight fiber.

Ford joined up with fiber specialist Dow Chemical “to develop cost-effective ways of using carbon fiber in high-volume cars and trucks as the No.2 U.S. automaker moves to cut vehicle weight to improve overall fuel economy,” Reuters writes.