Quote:
Originally Posted by jmecklenborg
Reducing the point-to-point time for multiple routes is as much a matter of improving slow city approaches as it is increasing speed in the open country. Multiple routes often enjoy the improvements enabled by modifying approaches. This work can improve commuter rail as well, where applicable.
In most of the Eastern United States, there isn't a need for 220mph HSR because the distances between the cities are so short. The real point-to-point speed gains are achieved by maintaining a Class 4, if not Class 6 speed across the terminal city metro areas.
As for private ownership, you omitted from your list the tyranny of airline deregulation. The Midwest used to have hubs in St. Louis, Cincinnati, Cleveland, and Pittsburgh. Now the only hubs are in Chicago and Detroit, and that's unlikely to change.
Since Delta moved its secondary hub from Cincinnati to Detroit after 2005, there is now no direct flight between Cincinnati and St. Louis, Cleveland, or Nashville. No rail service connects them either. You're either driving your own car, renting one, or taking Greyhound.
Amtrak won't be competing with airlines in those corridors because the airlines are never coming back.
|
I did not include airline competition earlier because I do not think 125 mph or slower trains can compete with 500 mph jets. 80 mph trains do not compete with automobiles either because the average speeds of the trains are too slow. Amtrak averages around 70 mph on the world famous slow NEC and looses market share to automobiles, with maximum speeds at 125 mph on Amfleets, and 135 mph on Acelas between DC and NYC.
In the Midwest area, with major cities 150 to 350 miles apart, not the 60 miles apart on the NEC, you need rail corridors built to a modern standards of the NEC to compete with automobiles, and the fastest speeds of the new Acelas to compete with airlines.
Again, I repeat, watch a few of TrainThor's videos observing what the tracks conditions are relative to maximum speed limits. About the fastest speeds you see trains running in Norway on single track lines is 130 km/hr (80 mph). Where they go faster, double track corridors, grade separations, and cab signaling are obviously present and in use.
New low cost airlines using even smaller planes than the Airbus 320 and Boeing 737 are entering service every decade, airlines that will replace those leaving relatively small markets. Just give the intercity air market time to adjust. Two new airlines entering services soon will be Avelo and Breeze. While Avelo plans to fly 737-800, Breeze plans to fly Embraer ERJ-190. The necessary infrastructure, the runways and airport terminals, already exist in many smaller cities seeing a loss of airline services. No new expensive higher or high speed rail corridors are needed to build and maintain.
The driving time between Columbus and Indianapolis over 176 miles is 2 hours and 43 minutes. There is no passenger train in service at all. If a 80 mph maximum speed Class 4 trains was built between these two cities averaging 50 mph, the train would take 3 hours and 30 minutes to travel the 176 miles.
The automobile is 45 minutes faster. Northeast Regional trains on the NEC with max speeds of 125 mph average around 70 mph, it would take that higher speed train on a fully grade separated corridor 2 hours and 30 minutes to travel that 176 miles. Barely faster than the automobile.
But the Midwest Initiative is not even planning 125 mph max speed trains, they are planning 80, 90, and 110 mph max speed trains. So the automobile will still be faster.
Likewise for Columbus to Cincinnati, Columbus to Cleveland, Columbus to Pittsburgh, Columbus to Louisville, Columbus to Detroit. Getting the full picture yet? More than one new passenger rail corridor is needed in the Midwest for trains to replace automobiles, even between fairly large metros.
Meanwhile, the freeways and airports already exist, which both provide faster intercity services.