The Virtual Dashboard
Well, OK...that may be a valid pojnt. Most of us here in Car Chat are not average motorists in that regard.
In the center of the dash 'atop the console' is another HD screen that can be configured from the NAV system to music to weather, or a settings display to change the way just about anything on the car operates. Even the radio and HVAC system is actually a computer interface operated from steering wheel controls or the screen or buttons below it.
It's a whole new world
What would be great is if you could save several different dashboard layouts. So for example if I drove the car it would have certain readouts like coolant and oil temps, and if my wife drove it would be different readouts, you know like speed and ETA at DSW Shoes!
I like having the ability to choose different menus/info being shown, and normal speedometer vs. a digital read out.
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But where is this technology leading? There is a marriage of new engine electronics that will be part of future Engine Control modules that's just over the horizon. If you want a preview, look at the aviation industry. Just as single panel instrument displays were pioneered in commercial aviation, another digital development foreshadows a new engine management system.
Called FADEC, for Full Authority Digital Control, it was developed to manage the dozens of parameters required for safe and efficient operation of turbojets and turboprops. It soon became obvious that the same sort of management could be applied to reciprocating engines.
On a turboprop, FADEC integrates ignition, fuel flow, prop pitch while reading RPM, torque, inlet and exhaust gas temperatures, as well as ambient temperature, humidity and air pressure. The computer then manipulates engine controls to deliver thrust required for a number of flight regimes most efficiently.
Now the same technology that integrates a variety of instrument readings and control functions, placing all under the authority of a single lever. Whether you start, ground idle, taxi, takeoff, cruise, or descend, you move the power lever to the selected detent and FADEC issues the engine and prop pitch commands to achieve your wish quickly, with optimum safety, and economy. What's more, it maintains those optimal settings even when temperature, altitude, or even headwinds change.
OK, your present ECM does do some of that, but development for piston-engine aircraft along similar lines point toward some new possibilities for your car that can offer greater flexibility and economy. Think about your fuel injectors delivering timing and pulse width that will not only replace a conventional choke and throttle, but tailor those commands to each cylinder individually.
Magnetic valve actuation, including both lift and timing can be similarly optimized for EACH cylinder separately, potentially eliminating cams and cam drives, as well as fuel and ignition controls. It's all going to be under your right foot, BUT it can now be tightly controlled to produce more power AND better fuel economy - out the same or lesser displacement. At the same time, this ground-bound FADEC can select transmission gear, torque converter slip, or clutch and gearbox integration - and all with sets of sensors, and chips. Watch this space . . .
Last edited by Lil4X; Aug 4, 2014 at 11:12 PM.
I'm with UDel here. An all-electronic dash is OK if it LOOKS analog.
feedback is helpful though, so interfaces will evolve, but the days of dedicated buttons for everything are pretty much gone and not coming back.
customers will get to choose what frequently used info and controls they want immediate access to, and what things can be more 'hidden' (unless a problem arises). this is pretty much the same as a smart phone.
The S-Class and XJ look great as the Stingray, LFA and F sport IS/ RC. The Tesla is amazing as well.












