I don't understand how hard it would have been to design the cars to meet the crush requirements in the first place - one would have thought they (they being the designers/engineers drafting the plans) would have done calculations and run modeling programs to determine whether or not the cars met that requirement.In a written response to questions from The Wall Street Journal, Nippon Sharyo said the 88-foot-long Amtrak cars are “different from all of the existing railcars” it has built for U.S. customers. “Programs of this type are complex undertakings, have high thresholds for safety and technical challenges are not uncommon,” the company said.
Exactly! It shouldn't be too hard to make calculations how to design railcars to meet crush requirements.I don't understand how hard it would have been to design the cars to meet the crush requirements in the first place - one would have thought they (they being the designers/engineers drafting the plans) would have done calculations and run modeling programs to determine whether or not the cars met that requirement.In a written response to questions from The Wall Street Journal, Nippon Sharyo said the 88-foot-long Amtrak cars are “different from all of the existing railcars” it has built for U.S. customers. “Programs of this type are complex undertakings, have high thresholds for safety and technical challenges are not uncommon,” the company said.
Could it be that the models are imperfect?Exactly! It shouldn't be too hard to make calculations how to design railcars to meet crush requirements.I don't understand how hard it would have been to design the cars to meet the crush requirements in the first place - one would have thought they (they being the designers/engineers drafting the plans) would have done calculations and run modeling programs to determine whether or not the cars met that requirement.In a written response to questions from The Wall Street Journal, Nippon Sharyo said the 88-foot-long Amtrak cars are “different from all of the existing railcars” it has built for U.S. customers. “Programs of this type are complex undertakings, have high thresholds for safety and technical challenges are not uncommon,” the company said.
How could they have done such a terrible job and delay the order?
My first thought is escrow: pay the stimulus funds over to a non-governmental third party like a bank so they're spent (no longer in a government account) for stimulus-deadline purposes with no need for a Congressional extension, and then the third party pays Nippon-Sharyo when the cars are satisfactory, whenever that is.Whether the FRA has a legal work-around the deadline for the bi-level stimulus funds, don't know. Pay N-S in advance with new full refund clauses if they don't deliver or something similar, if that is even possible.
My understanding is that the crush test was only very small failure, as in 780000+ lbs sustained without problem. This tells me that either their modeling was just slightly wrong, or there might have been manufacturing errors or even deficiencies in the metal. It seems to me that there should have been only minor changes, not a complete redesign.Since N-S recently completed 160-some Highliner II's for Metra Electric in an orderly manner with no public problems on record, as well as non-powered cars for Metra, DMU'S for Toronto and SMART as well other cars, I find it stunning that it has screwed up this order to this degree. I hope that a way can be found to keep the funding for these cars. Failure to obtain these cars would be terrible for the Midwest states, California and Amtrak.
This still doesn't make CAF look good, since the prototype sleeper, diner and baggage-dorm cars are still in Miami and haven't been sent out for testing.
Maybe Siemens and Alstrom can deliver working cars on schedule for any future orders.
Last I heard California was looking at them for the lossan corridor group.I don't mean to throw the discussion too far off course, but does this delay put the Talgos, currently sitting unused at Beech Grove, back into play at all?
If I understand the settlement between Talgo and the state of Wisconsin correctly, Wisconsin paid Talgo $9.7 million(in addition to the $40 million the state spent on the first two trainsets), and Talgo currently holds the title for the two trainsets. Talgo is paying to store the trains and keep them in shape to sell. If Talgo does sell the trainsets, it must kickback 30% of the sale price to Wisconsin, up to a maximum of $9.7 million.
I know the purpose of the Midwest pooled purchase of railcars and locomotives is to have a standardized fleet, and taking on the Talgos would be anathema to that strategy. But would Talgo be desperate enough to either sell the trainsets at a fire sale price, just to get them off the books, or agree to lease the trainsets, provided a maintenance contract was thrown in? Could the Midwest states apply its share of any penalty money Nippon-Sharyo may be required to pay for the bi-level delay against the purchase or lease of the Talgos?
I'd imagine IDOT and MDOT will both be anxious to showcase their new 110-mph corridors once they are ready, potentially wanting to add a frequency or two. MDOT is studying a coast-to-coast service, from Grand Rapids to Detroit as well as a train from Ann Arbor to Traverse City. IDOT still plans on service to the Quad Cities and possibly Rockford. That, of course, was one of the reasons for the new equipment purchases. Would either state consider the Talgos the best stopgap available at the moment?
MDOT put out an RFP for the Talgos a few years ago; and were going to purchase them. However a state congressional report about the cost of the MiTrain commuter rail came out shortly after the RFP winner was selected and nothing has been done to buy the Talgos since. I inquired a few months ago with MDOT as to the status of the procurement & they claim to still be working on it.Last I heard California was looking at them for the lossan corridor group.I don't mean to throw the discussion too far off course, but does this delay put the Talgos, currently sitting unused at Beech Grove, back into play at all?
If I understand the settlement between Talgo and the state of Wisconsin correctly, Wisconsin paid Talgo $9.7 million(in addition to the $40 million the state spent on the first two trainsets), and Talgo currently holds the title for the two trainsets. Talgo is paying to store the trains and keep them in shape to sell. If Talgo does sell the trainsets, it must kickback 30% of the sale price to Wisconsin, up to a maximum of $9.7 million.
I know the purpose of the Midwest pooled purchase of railcars and locomotives is to have a standardized fleet, and taking on the Talgos would be anathema to that strategy. But would Talgo be desperate enough to either sell the trainsets at a fire sale price, just to get them off the books, or agree to lease the trainsets, provided a maintenance contract was thrown in? Could the Midwest states apply its share of any penalty money Nippon-Sharyo may be required to pay for the bi-level delay against the purchase or lease of the Talgos?
I'd imagine IDOT and MDOT will both be anxious to showcase their new 110-mph corridors once they are ready, potentially wanting to add a frequency or two. MDOT is studying a coast-to-coast service, from Grand Rapids to Detroit as well as a train from Ann Arbor to Traverse City. IDOT still plans on service to the Quad Cities and possibly Rockford. That, of course, was one of the reasons for the new equipment purchases. Would either state consider the Talgos the best stopgap available at the moment?
As stated early it was a multi-point failure. Per Amtrak Rep at the ESPA-NARP meeting. He also stated the whole project is in trouble with the federal funding deadline.My understanding is that the crush test was only very small failure, as in 780000+ lbs sustained without problem. This tells me that either their modeling was just slightly wrong, or there might have been manufacturing errors or even deficiencies in the metal. It seems to me that there should have been only minor changes, not a complete redesign.
And how many of those sitting around can still be feasibly repaired? I guess all the easy ones have alread been creamed off and fixed with parts taken off the others, making each further car to be fixed incrementally more expensive and difficult.Well I guess California can pay for more wreaked Amtrak LD cars sitting around at Beach Grove to be fixed and then put into State Service. How many are sitting around?
Just the opposite, the expense ones were fixed first, the easier one were to be done later. That was the plan for the extra federal funds.And how many of those sitting around can still be feasibly repaired? I guess all the easy ones have alread been creamed off and fixed with parts taken off the others, making each further car to be fixed incrementally more expensive and difficult.Well I guess California can pay for more wreaked Amtrak LD cars sitting around at Beach Grove to be fixed and then put into State Service. How many are sitting around?
That's a good point, but still somewhat concerning. Could the tests have been flawed?Could it be that the models are imperfect?
What is there to prevent the current Horizon fleet from running at exactly the same speed as what the new bilevels would run at? Afterall we are just talking 110mph for midwest or 125mph in California, Well California might have to figure out how to get some more NJT single level cars and get them certified for 125mph, which should not be that hard, as a stop gap. As long as the Chargers are delivered on time, which looks likely now plus/minus a month or two at worst, I don;t see why the higher speed project would suffer at all. Passenger comfort will suffer yes, but not the speed component of it. The capacity increase will be harder to achieve on a per train basis.I don't think people have quite realized how YUUUGE a problem this is.
Well over $1 Billion has been spent upgrading tracks St Louis-CHI, mostly between Alton and Joliet, to 110 mph condition. The new cars were supposed to handle the higher speed, accelerate faster, and look good doing it. And provide about 30% more seats per car, bi-levels over Horizons, as well as enuff new cars to allow adding more frequencies.
Taken together, the project was supposed to cut about an hour out of the schedule, increase capacity by at least 50%, and make the Lincoln Service the showpiece of 110-mph High(er) Speed Rail. Not so fast, after all.
From what I have heard from people who were actually involved with the test, it was a catastrophic failure like they have never seen before.As stated early it was a multi-point failure. Per Amtrak Rep at the ESPA-NARP meeting. He also stated the whole project is in trouble with the federal funding deadline.My understanding is that the crush test was only very small failure, as in 780000+ lbs sustained without problem. This tells me that either their modeling was just slightly wrong, or there might have been manufacturing errors or even deficiencies in the metal. It seems to me that there should have been only minor changes, not a complete redesign.
Sure don't know what a multi-point failure means, or what the definition of "trouble". However I be thinking it's not good.
I am just reporting what I heard first hand from a manufacturers representative. Take it or leave it. Supply chains take time to develop. They just don't fall out of the sky exactly when you need them. This applies both to supply of ancillary parts and also of labor with appropriate skills. Automobile parts and their availability have exactly zero relevance to manufacture of railroad equipment.Feel that the sub contractor supply problems are a red herring. How is it the auto manufacturers can get there required pars on a JIT or earlier ? Applies to both N-S and CAF.
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