Jeff P
Member
That Internet will never catch on either.Let me just point out that this is why "self-driving cars" are a fantasy which will not happen.
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That Internet will never catch on either.Let me just point out that this is why "self-driving cars" are a fantasy which will not happen.
Are you trolling? TACC works great, AND I use it almost every time I drive. Sure it has limitations, but that's why I'm using it. To learn what they are so I recognize an issue before it becomes a problem. Your statement is laughable.Let me just point out that this is why "self-driving cars" are a fantasy which will not happen.
TACC is no substitute for using the brakes yourself. You are not supposed to rely on TACC.
Are you trolling? TACC works great, AND I use it almost every time I drive. Sure it has limitations, but that's why I'm using it. To learn what they are so I recognize an issue before it becomes a problem. Your statement is laughable.
On another thread a guy spoke with someone at Tesla. He stated they're using a MBZ S-class as the benchmark to beat. That car apparently does it quite well. The new 7-series BMW should also perform well. Sure, they're all $100k+ cars, but that tech always flows downhill to the masses in time. It's a sign of things to come. A blanket statement like neroden's reminds me of an ostrich with his head in the sand. "Because it's going to be difficult, let's pack up, go home, and just forget about it."To be honest it's a debatable subject. But I do agree with you it works great!
Agreed, nothing is foolproof which is why I agree it's always the drivers responsibility. I didn't realize the MS had this feature, though if the OPs experience with it is an example of how well it works you're probably better off without it. It will be interesting to see if the autopilot performs equally "well".
The OP's car behaved exactly as it was designed to behave. The OP did not understand how to properly use the technology. That's what caused the unfortunate incident.
According to the Wiki page, "An advanced emergency braking system (AEBS) or autonomous emergency braking (AEB)[1] is an autonomous road vehicle safety system which employs sensors to monitor the proximity of vehicles in front and detects situations where the relative speed and distance between the host and target vehicles suggest that a collision is imminent. In such a situation, emergency braking can be automatically applied to avoid the collision or at least to mitigate its effects."
Thought I'd highlight the part you seem to be ignoring.
There are two things being mixed up here: TACC and AEBS. The behavior described matches with TACC. We do not know if AEBS was doing something improper because the OP decided to brake himself. He may have done so before the AEBS activated.I'm not ignoring that part, it simply doesn't fit with the OPs description of the events: " the car decided not to recognise the car in front of me slowing down and stopping because of a red light but instead decided to accelerate"
It doesn't sound like AEBS did anything to mitigate the effects by accelerating, unless your physics are different than mine
There are two things being mixed up here: TACC and AEBS. The behavior described matches with TACC. We do not know if AEBS was doing something improper because the OP decided to brake himself. He may have done so before the AEBS activated.
According to the Wiki page, "An advanced emergency braking system (AEBS) or autonomous emergency braking (AEB)[1] is an autonomous road vehicle safety system which employs sensors to monitor the proximity of vehicles in front and detects situations where the relative speed and distance between the host and target vehicles suggest that a collision is imminent. In such a situation, emergency braking can be automatically applied to avoid the collision or at least to mitigate its effects."
You're saying by crashing into the car in front of him his AEBS was behaving exactly how it's designed to behave? That's not how I understand the description of AEBS. Or are you confusing TACC with AEBS? I know the new MS have TACC but I didn't think they had AEBS, like Suburu does, until Stoneymonster corrected me. I'm not impressed if his AEBS failed to detect the stopped car in front of him since its whole purpose is "to monitor the proximity of vehicles in front and detects situations where the relative speed and distance between the host and target vehicles suggest that a collision is imminent"
Why are you reading wikipedia's page on general advanced emergency braking? Why not look at what Tesla implemented?
Tesla never said they'll avoid the accident, only reduce the impact by dropping your speed by 20mph. And I believe the OP said the car started braking before he hit the car in front of him (and he wasn't sure if it was him or the car), so it performed exactly as designed.
EDITED:
Sorry remembered wrong, it's 25mph decrease and AEB does not work when the driver hits the brakes, which the OP did:
3 day old import P85D crashed while using TACC - Page 11
So everything worked as designed, assuming that the car was even working before he got into an accident - 3 day old import P85D crashed while using TACC - Page 10
I started this convo by linking to Suburu's page where they demonstrate their technology which brings your car to a full stop before it hits the car in front of it. I asked why this exists on a $25k car but not a $100+k Tesla. I was informed it does exist on the Tesla and that's where the confusion apparently began because I assumed it was the same type of AEBS as the Suburu offers which avoids the accident completely.
So, Tesla's AEBS isn't designed to avoid the accident like the Suburu AEBS which again leads me to ask: why not? Don't we all agree avoiding a crash is better than mitigating the effects of one? And how can we expect average consumers to understand that Tesla's AEBS doesn't avoid wrecks like they've seen other cars do on TV when it's taken us this many messages in a Tesla fanboy forum to understand how it's different? I can totally understand how the OP, and others who might purchase a Tesla, might mistakenly think it will have the wreck-avoiding technology that other companies have.
I agree it's the OPs fault as driver is ultimately in charge and I now see that everything was working exactly as Tesla designed it to, but I can also see how the average consumer (who doesn't spend hours everyday reading Tesla forums) might expect it to have the same wreck-avoiding technology as they've seen other companies offer on less expensive cars.