somnambule
Member
Am I the only one who thinks the article is wrong in saying Supercruise is Level 3? I'm pretty sure the driver still needs to be paying attention at all times.
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Am I the only one who thinks the article is wrong in saying Supercruise is Level 3? I'm pretty sure the driver still needs to be paying attention at all times.
Am I the only one who thinks the article is wrong in saying Supercruise is Level 3? I'm pretty sure the driver still needs to be paying attention at all times.
Cadillac-- good job, but appears reactive...
Imagine model 3 demand if Tesla regains its reputation as the leader in autonomous driving features.
No, you are not. Supercruise is definitely level 2 only. GM is very clear you must pay attention and everything about the system is there to ensure you are paying attention (only a 15 second nag window).Am I the only one who thinks the article is wrong in saying Supercruise is Level 3? I'm pretty sure the driver still needs to be paying attention at all times.
I look forward to the head to head comparisons with data to tell how reliable it is vs AP. Reading the summary, it seems Supercruise is missing some major features: visualization of the system and also automatic lane change.
No, you are not. Supercruise is definitely level 2 only. GM is very clear you must pay attention and everything about the system is there to ensure you are paying attention (only a 15 second nag window).
Auto lane change is always driver initiated and the car does extra checks before even allowing it. So theoretically it should be as safe or even more safe than regular lane changes.It depends on how you interpret the system goal. Safety or convenience. Has auto lane change ever threatened a motorcycle or made a mistake?
From the article, it uses a simple ACC visualization, not the more advanced ones seen in most L2 cars that can tell you about vehicles in adjacent lanes, as well as detected lane curvature:No idea what the visualization system is yet. It certainly can detect 360° threats as of 2016 and vibrates the seat. The AEB even works in reverse.
It depends on how you interpret the system goal. Safety or convenience. Has auto lane change ever threatened a motorcycle or made a mistake? No idea what the visualization system is yet. It certainly can detect 360° threats as of 2016 and vibrates the seat. The AEB even works in reverse.
Yeah, and imagine if GM put this SuperDuperCruise on the Bolt, lowered the price $5,000, installed a nationwide fast charge network, sold 2x as many as they do now... then they would actually be where Tesla was 2 years ago.
Go GM !
RT
P.S. No need to imagine Model 3 demand, 455,000 orders waiting to be cranked out.
We don't know, because auto lane change isn't in the wild yet. If a driver of an AP car decided to make a lane change at the wrong time, that's driver error, not a system fault.
I'm confused by your other comment, too - the text I read specifically said that the car only provided a typical adaptive cruise display, showing only straight lines and when appropriate the back of another CT6 in front.
Auto lane change is always driver initiated and the car does extra checks before even allowing it. So theoretically it should be as safe or even more safe than regular lane changes.
From the article, it uses a simple ACC visualization, not the more advanced ones seen in most L2 cars that can tell you about vehicles in adjacent lanes, as well as detected lane curvature:
"One Tesla feature Cadillac is missing is the display indicating the actual path of the upcoming roadway with icons indicating car or truck traffic in the nearby lanes. The only display option is the typical adaptive cruise one with straight lane markers and a Cadillac CT6 rear end displayed when a vehicle is sensed ahead."
So how is this better than (or even equal to) autopilot? Don't get me wrong... It seems like a solid system albeit with a different hardware approach but with the 15 second nag it's basically equal to Mercedes's system on the S550 from 2014. The current E class would best this and Autopilot would best it by far.
Not to mention I'm personally a fan of onboard hardware that's capable of assessing current surroundings and reacting to them versus a "dumber" system that requires accessing a database of lidar data for accuracy. In that respect I think GM's system is handicapped when compared to Autopilot and whatever Mercedes calls their system. I think it's drive pilot or something like that.
Auto lane change is always driver initiated and the car does extra checks before even allowing it. So theoretically it should be as safe or even more safe than regular lane changes.