I don’t know about you guys, but the teeth an my zipper are lined up ahaid of time and “traveling” the same speed. I would be fine with zipper merge if that where the case, but every time i am in the open lane and the other one closes there are 10 jerks who sped to the end and now feel i should have to come to a full stop and let all 10 get in front. Also, my zipper gets joined at the botom and the “merge” point travels back up the the path. we are all going to sqeeze into one lane anyway. Don’t care where it happens as long as everyone maintains speed. If you expect me to stop my lane so 10 can come from yours we have a problem.
If everyone stayed in the lane that’s about to close, your scenario wouldn’t happen. The issue isn’t the people going all the way to the end to merge, it’s everyone merging beforehand that causes the backup.
Traffic waves in that scenario come from people merging. If everyone merged at the end, there would be a small, consistent slowdown there. One small wave being reinforced over time. But, because everyone in the lane about to close merges as soon as they can, there are dozens of waves being generated all at once, which causes the stop-and-go effect. And as the backup becomes worse, more people start merging earlier, causing even more waves and more backup.
I don’t know about you guys, but the teeth an my zipper are lined up ahaid of time and “traveling” the same speed. I would be fine with zipper merge if that where the case, but every time i am in the open lane and the other one closes there are 10 jerks who sped to the end and now feel i should have to come to a full stop and let all 10 get in front. Also, my zipper gets joined at the botom and the “merge” point travels back up the the path. we are all going to sqeeze into one lane anyway. Don’t care where it happens as long as everyone maintains speed. If you expect me to stop my lane so 10 can come from yours we have a problem.
If everyone stayed in the lane that’s about to close, your scenario wouldn’t happen. The issue isn’t the people going all the way to the end to merge, it’s everyone merging beforehand that causes the backup.
Traffic waves in that scenario come from people merging. If everyone merged at the end, there would be a small, consistent slowdown there. One small wave being reinforced over time. But, because everyone in the lane about to close merges as soon as they can, there are dozens of waves being generated all at once, which causes the stop-and-go effect. And as the backup becomes worse, more people start merging earlier, causing even more waves and more backup.