This device could be hazardous for high performance track driving. It is standard practice to blip the throttle under braking to accomplish downshifting a couple of seconds before corner entry. A decisive turn in under braking rotates the car to quickly line up to the corner apex. Brake release and throttle application transfer weight to the rear wheels and stop the rotation. Without throttle response, a spinout is probable.
Hopefully, if this device is imposed upon us, it will be user selectable, like the ESP (electronic stability program) in my Audis. The ESP inhibits my inputs when going quickly; thankfully it can be turned off for track driving.
Reminds me of the old saying - Find a way to idiot proof it and all they will do is invent a better idiot...
Cars, and a lot of other stuff in life, are a potentially dangerous object that we have gotten used to and complacent with. And we live in a society where everything is someone elses fault. How long until one of these "throttle cutoff" devices fails on someone traveling on the expressway in high speed rush hour traffic and causes a multicar pile-up? All of these proposals need to be examened with a large dose of pessimism before they are foisted off as the next quick fix.
I still think the problem is there are too many loose nuts behind the wheel.
The very first thing that the NHTSA should do is forbid the sale of any car that does not have a positive means of shutting off the engine. That very specificly would not involve any computer in the shutoff process. I am talking about switching off the ignition power and probably the injector power as well.
The very stupidest thing ever done in a car was to have one button for both start and shutoff. IT may be OK for a light, but it is a very poor choice for a vehicle. I have had instances of throttle sticking wide open, and switching off the ignition saved my hide every time. But in a car where the only option was to task the computer to switch off the engine, and the computer deciding thatit had to keep the engine running because you were in motion, would be a disaster in progress.
So I must conclude that either the NHTSA is not thinking very well, or else they have been paid to ignore the situation. Either way, the lack of a positive engine shutoff means is an inherently unsafe condition.
For guys engaged in a stop light "grand prix," a brake-throttle interlock would prevent the ability to rev the engine up in its torque band while taking slack out of the drive train before launching. Yeah, I can already hear the comments of wasting gas, tires, stressing the car, etc., etc., but hey, it's fun and besides, I like to check my reflexes when the stop light changes. But, all kidding aside, all these fixes are crutches for incompetent drivers, and are subject to failures that may leave the hapless driver and car exposed to injury and damage because the expected safety feature (crutch) didn't function. As the old saying goes, you can make anything fool-proof, but not damnfool-proof.
I agree that the real usefulness of this systems is pretty negligible, ChasChas. I think the automakers like the idea because it gives them a legal leg to stand on in these cases. Unfortunately, the situation you describe -- wherein the driver stands on the accelerator while assuming he/she is on the brake pedal -- won't be remedied by this. The electronic control system can tell if you're pushing on the brake, but it has no way of knowing if you're just confused.
Kind of 37 seconds ago. Enthusiast cars are already chipped and or driven with the laptop hooked up to the car's computer. The rest drive Camry's and step on the gas when they need to employ the BRAKE. OBTW saw the Google autonomous Prius driving itself on public roads with humans on board, now that's cool.
The unintended acceleration accidents around here happened when the accelerator was depressed while thinking they were pressing the brake - a panic situation.
I remember watching a guy come shooting through a car wash door and down a ravine - wasn't hurt. He thought he was cramming the brake down - hard!
One snowmobile driver broke a throttle cable and temporarily hooked the brake cable to the throttle to get home (the cables were alike on these older machines). He didn't get out of the parking lot and he smashed into a car - he said it was impossible to prevent no matter how he tried to tell his brain to think differently - wasn't hurt.
So when your brain has it's mind made up, sometime you just have to ride it out.
Especially at local John Wayne Orange County Airport (SNA). The short 5600 foot runway and steep noise abatement climb makes SOP for airliners: Position and hold / Full power with brakes / Takeoff roll. Not an issue in my C150 but still have the runup and mag check, of course !!
For industrial control applications, or even a simple assembly line, that machine can go almost 24/7 without a break. But what happens when the task is a little more complex? That’s where the “smart” machine would come in. The smart machine is one that has some simple (or complex in some cases) processing capability to be able to adapt to changing conditions. Such machines are suited for a host of applications, including automotive, aerospace, defense, medical, computers and electronics, telecommunications, consumer goods, and so on. This discussion will examine what’s possible with smart machines, and what tradeoffs need to be made to implement such a solution.