Head-end View wrote:V-e-r-y i-n-t-e-r-e-s-t-i-n-g............ I'd like to see if the NTSB investigation comes up with the same conclusions that the Amtrak hearing board reached. If it does not, then we might wonder about Amtrak's politics. Stay tuned.......
Amtrak does not need the NTSB support to enforce their rules.
The NTSB will probably fault the lack of PTC on that section of track. That seems to be their most common cause. I'd rather not blame the lack of PTC without comparing the incident with and without PTC present - and what form PTC actually becomes on that section of track. If a form of PTC is installed that manages foul time and would have communicated the status of the tracks to all workers and the relieving foreman that may have helped. But I cannot say that the form of PTC that will be installed would have improved the communications between the foremen. Would PTC have alerted the relieving foreman that the foul was lifted?
Shunting the track would have been the simple way of protecting the workers. But it appears that no one on site was prepared to use a shunt.
What we have here is a failure to communicate. Each foreman had their own idea of what was heard by the other foreman. Releasing the fouls via a private phone conversation instead of over the radio where other workers could have been alerted was a problem. Releasing the fouls without removing workers from the track was a problem. Both of these problems were caused by the now terminated foreman.
Working safely can slow down the work. Clearing the track before removing the foul would have taken time. Why not let the workers keep working while one foreman release fouls and the next foreman gets their own fouls? Answer: If you don't clear the track you leave people in harms way during the time when the track isn't fouled. Why bother using shunts when fouls should protect the track workers? Answer: A working shunt provides physical protection that cannot be removed by the dispatcher. Is it better to work safe or to work fast?