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Yeah, but... physics. ~208+ tons for a 70MAC vs. ~114 tons for an F40 is a lot of additional mass to overcome. Firmware can't fix that. Proof will be in the pudding.
Edit - the bigger problem is who’s gonna make some decals for n scale?
And will those decals alleviate the need for masking when one paints?
Remember that these big engines already pull 70 mph stackers on a regular basis, the weight of a bi level coach car and an intermodal car with two containers is pretty similar (assuming a tare weight of a well car at 55k and two containers at 45-50k each for a total of 150k which is 75 tons) and a coach bi level car cooking in around 65-70 tons.And the commuter trains seldom sustain max speed in Chicago.It’s a decent business move for Metra, not the best, but it’ll do with limited budgets Edit - the bigger problem is who’s gonna make some decals for n scale?
Shouldn't the big question be - Why do you need a ~34 tonne axle load locomotive to haul around passenger cars on a suburban network?Cheers,Matt
If they are pulling express trains their top speed has to be near the max in some stretches. Having been on them and standing on the platform when they went by they are hauling.
The remanufactured locomotives have a similar design to Metra’s F59 locomotives, so Metra will be able to use the same parts inventory and won’t need different training and maintenance programs.
Cheaper to reman a core than build new. Also probably cheaper still to reman a core nobody really wants versus a Geep.
UP west lines (I’m familiar, I worked it for 4 months while borrowed out) is max 70 mph. Don’t forget you can regear them for passenger speeds too.It’s just dollars and cents. The 710 prime mover is a very proven engine, EMD shops are close by, and there’s lots and lots of parts available for the next 20 years. And the SD70 family is a very proven family of locomotives as well