WHAT SHIT YOU'RE TALKING! LKAB ELECTRIC DOUBLELOCOMOTIVE CALLED IORE, HAS 10400kW WHICH IS OVER 15.000BHP! ALWAYS IN TANDEM AND EVEN OLD ELECTRIC DM3 LOCOMOTIVE HAD 8.000kW AT 16kV 16 Hz WHICH IS ABOUT 10.000 BHP. SO YOU DO NOT TALK JIBBRISH OR SHIT!
You need to settle down fella. Rail-fanning channels are typically considered family channels by civilized human beings. So I am reporting you. Just so you know who did it.
But nowadays you have the largest electric locomotives, the Bombardier IORE with 15200 HP. ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-jaxWJhdBqJU.htmlsi=G8qAUB9UqZOASb3Z and from Alstom the WAP or WAG 12 with 12000 HP. ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-4XTm5kiV_7I.htmlsi=4bDy-NZGyp9cvDIU
@@heinzbergner Aber leider war sie nur 20 Jahre tätig. Das ist nichts für eine normale Lok. Für mich die beste Diesel Lok aller zeiten war die spanische Version der V 200 mit zwei Maibach Motoren. Die einzigartige RENFE 4000. Hier bleibt ein Beispiel der Bombardier MXS-627: ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-dKusMf-v-4A.htmlsi=hqJ-NJqCJB3e0iWq
@@petergaskin1811 Very interesting, thank you, in Switzerland that is very usefull. That is why still today the electric loks keep being more powerfull. A pair of the newest Siemens Vectron or Euro-Sprinter get also 17,000 HP.
Am I seeing four-axle bogies on that? How well does that power get transferred through them? Surely there must be good traction control systems for this thing to be effective, but just distributing power between four axles seems quite complicated to me...
I've never really understood the point of why these were ever constructed. Why did they not just build some regular cabless B units and couple them to the primary units? Why make something even more unwieldy and less maneuverable?
At the time these were built, 1969-1971, EMD was experimenting with very powerful locomotives. The X in the designation stands for experimental. They were reliable and performed extremely well, but they were expensive to maintain so EMD did exactly as you suggested, lashed together smaller units and DPUs. It was really the peak of the experimentation with very powerful units, much like the turbine locomotives that UP had earlier and which were used (mostly) on the very flat portions of the system, though they did well in the mountains as well, such as the Feather River route (rarely seen there).
Впервые увидел рисунок этого локомотива в одной книге по тепловозам, в библиотеке ДИИТа, в 1985 году. Его параметры меня поразили,особенно "жесткая" четырёхосная тележка.
THIS LOCOMOTIVE CAME EQUIPPED WITH TWO 3300HIRSEPOWERED 645E3, 16cycylinder two cycle diesel engines. The normal horsepower engines are the same rating if the sd40-2. She is compatible with the sd40-2, emds popular road switcher, and heavy duty road diesels she is emds big girl❤❤. I have one in model on my dresser. Im painting her for up.
In Latvia there are even larger diesel locomotives, namely the 2M62UM-0010 (CZ-LOKO) with twelve axles and a power of 4.4 MW (5900 HP) similar to the UP 6936. Both are very impressive machines. ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-gDdwmwiTLkQ.html
6600 HP according to Wikipedia. It has essentially 2 of the engines you would find in a GP40 or SD40, which would normally be 3000 HP each, but they are uprated a bit.
@@Lucius_Chiaraviglio They were all derated to 6000 HP back in the day because the 645 engine is basically at its limit when tuned to 3000 HP. Getting that extra 300 HP out of each engine really stressed them and caused lots of problems until UP decided to derate them.
@@ralfie8801 your thinking of the first 3 #6900,#6901 and #6902 made more than the 6600hp during testing and got derated back to 6600hp for durability.. They experimented a bit with them to see what was going to work. Its mentioned in the book "Centennial's in Action"
@@Wolfe351 I guess that’s possible, but I never read that book. I did watch the Pentrex video about the Centennials and I’m thinking that’s what was told in the video, but maybe not.
@@DerekWalsh-l4i Why use a weak, difficult to maintain, diesel when you could have a much more powerful electric locomotive at double the power. Those four fixed axle bogeys is a big no no for me anyway.
Ain’t gonna happen, UP doesn’t own the 6936 anymore. They donated it along with the 3985 and 5510 steam engines to a museum in Silvis, Illinois a couple of years ago.
@@pvsantos999 That’s not correct, it’s called a crossing bell here and it’s required by federal law to be activated at all grade crossings and when approaching areas where pedestrians could be present to warn them off the tracks as the locomotive approaches.
This monster is almost 4x more powerful than the Dinky little 105 tonne 1,750hp Ex British Rail Class 37's I used to drive in UK before I retired.... I wonder what the fuel consumption is in gallons per mile is for this monster at full throttle... A Class 37 would be doing less than 1 gallon per mile... with the regulator wide open hauling a heavy train.... No such thing as dynamic brakes for holding back heavy trains when going downhill though....