FDR Resigns
"I dearly apologize to the people of America. However, it is the collective opinion of my doctors that my health is at too great of a risk to continue serving. As such, I implore that you accept Harry Truman as my successor."
- Formal Speech from Franklin Delano Roosevelt confirming rumors of his resignation due to health issues; June 3, 1946

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The last photo of FDR during his presidency. March 8, 1946

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Harry S. Truman, a former Missouri senator and FDR's Second VP, would take up FDR's helm, and serve until 1953.
 
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Union Pacific's Ultimate Northern: The Super 800 (1946)
For much of the latter day steam age, the Union Pacific Railroad operated almost all their long distance passenger trains behind FEF 4-8-4s. With the exception of the 700 series 4-6-4s which were built to a similar design to the Canadian Pacific H1 series. That said, the latter design of engine was mainly for lines in the Northeast from Ogden, Utah. But in 1942, the Union Pacific commitee made a design for a possible new mixed traffic engine. This engine would be another member of the FEF series, and had aType A Superheater, 350 lbs. Boiler Pressure, 81" Driving Wheels, 4 Stacks, a 174x100 Firebox, Roller Bearings on the entire thing, Air Chimes, large exhaust nozzles, the WRTN SA Feedwater Heater, Twin sealed-beams headlight, a Mars red warning light, French smoke lifters, and 25 x 32 cylinders. In general, the end goal was a design that would be the pinnacle of the Union Pacific 4-8-4. As they were meant to burn coal, they would be assigned to the Wyoming and Nebraska divisions.

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Sprite Art comparing the original FEF-3s, like the famous #844, to the first members of the FEF-4 "Super 800" to be built. Later examples of the latter class featured poppet valve gear.

Also in a matter in interest, the boiler was about the same size as the FEF-2s, and 3s, however the Super 800s had a larger fire box. It was meant to be more efficient at hauling both freight and passenger trains. It was also designed to have a all weather cab to comfort the crews in the severe Wyoming winter storms. The first 13 were released from ALCO in March 1946. Another 13 engines of the class were built soon after. The second batch was different from the first half in that the involved engines used poppet valve gear as opposed to the Walscherts on the first engines.

This design had been drawn up during the war, but placed on hold until it ended in 1945. This new engine differed from past 800s in that it had full roller bearings, and four exhaust stacks. This engine was actually the same driver size, piston size, frame size as the FEF-2s, and 3s to help cut maintenance costs. Before the first example was built, however, Lima showed off several innovations of Andre Chapelon's to Union Pacific. The UP did not act at the time, but it would later be persuaded when Argentine designer Livio Dante Porta introduced several of his innovations to Lima. In the end, all of them included such new-fangled technology as the Porta Water Treatment, and the Kylchap Exhaust System. The effectiveness of the Kylchap Exhaust System in particular convinced the UP to have more of their steamers rebuilt with these upgrades. Among those being refitted with it being all the previous 800s, all classes of Challengers, and the Big Boys.

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A painting shows FEF-4 #867, one of the engines with poppet valves, on a section of the Utahn over Sherman Hill. Today, 867 is a major member of the UP Steam Fleet alongside her cousin #844.


While steam on the Union Pacific would eventually fade aside form the famous Steam Excursion Programs, the Super 800's success would allow for several more years of work for all steamers. But what also helped would be subsequent turmoil and other problems in the Middle East.

As for Porta, he was only getting started with what he could do for American steam.

OOC: Sprite art was made by DeviantArt user Andrewk4.
 
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The First Post-War Changes in Chicago and LA: Leading the Future of Urban Transit (Late 1940s - Early 1950s)
After the Second World War, the veterans were determined to find places to live. Often wanting larger homes out in new suburbs. This also coincided with the rise of the automobile in the nation. Which left many trolley lines, and railroads in general, nervous about what may happen to them. But the Trollies of America were not about to go down. So many of them, with aid from sympathetic private investors and several urban planners made a series of different solutions.

The big one however, was designed to coincide with the growth of the suburb. Under these new plans, trollies would design the suburb to have all the houses with sidewalks and neighborhoods. But then center each bloc of houses alongside a commercial center with churches, stores, theaters, a park or two, public pools, and so on. Most importantly, however, was the Trolley Station that all other activity radiated from. It was here that the trollies of America showed how they could still be relevant by being the jam-free alternative to the automobile even in spite of having less freedom. That said, car culture did hack into its services for a little bit. Though the eventual discovery of traffic jams led to people flocking to the trolley again. Allowing the systems in Los Angeles and Chicago to make a massive comeback in terms of passenger service.

Pacific Electric (Los Angeles)
The administration of Los Angeles Mayor Fletcher Bowren hired consultants to make proposals to meet the postwar transportation needs of Los Angeles. PE was naturally a major player in this operation plan. They sought to work with the city to build into downtown Los Angeles, and it was agreed that the PE rails would be included into new freeway construction. PE offered plans whereby the PE rails would be incorporated into the center of the new freeway. The rails would leave the freeway at Glendale Boulevard via an underpass and head directly to the Subway Terminal. This plan was supported because it would be of fantastic convince for LA commuters.

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A photo of the line into Hollywood. A few years before the entrance into downtown was finished.

Meanwhile, upgrading the rest of the original system took place throughout the post-war era. Including the completion of the Northern Division, with other major portions of the Eastern Division being built. In many cases, the Eastern and Southern Divisions were instead extended to they could serve the then-upcoming suburbs. Though this was not as convenient as continued upgrades, it did at least mean PE could reach out to further revenue and customers. The passenger train fleet was also expanded to

Lake Shore Railroad (Chicago area)
Ever since the creation of the Lake Shore Line, the city of Chicago and the Lake Shore’s owners had been looking for more ways to possibly improve commuter transit. As the Pacific Electric system in California sought to expand for the sake of survival, the Lake Shore made similar movements. Expanding their system by having new suburbs be designed around them and possible depots. The Lake Shore couldn't reach everywhere, so what they also did was a series of collaborations with various bus routes to connect suburbs where the extensions were cost-prohibitive.

In accordance with these plans, there would be at least two additional subways for the Lake Shore Interurban. One dedicated four-track mainline would start from Millennium Station continuing the former South Shore route underground until the Armitage Station where it would either parallel or straddle over the existing elevated route. The other dedicated subway would be for the CA&E route, which would also be a four-track subway but two tracks would be for Rapid Transit cars and the other two strictly for the Larger Interurbans and freight movements. The tunnels and elevated right of ways for the Lake Shore would be built larger and stronger to handle both heavy freight movements for off peak hours and high speed EMUs powered by 1500v overhead wire, not 600v 3rd rail.

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The Lake Shore Line was the first rail line in the US the use the Little Joe Electric locomotives. Later user of the design would include Pacific Electric, the Pennsylvania Railroad (who called them the VV1), and the Milwaukee Road. All of whom also used them for their heaviest freight services.

This project was going to take a very long time, and everyone involved knew it. So it was decided that the best course of action was to instead focus on lines that would bypass the Chicago area which had been proposed but not completed before the war. Namely from Mundelein to South bend via Wheaton, Chicago Heights, Crown Point, and Valparaiso. Not to mention numerous primarily freight line in Wisconsin. Including the complete bypass of the Lake Michigan Shore route from Milwaukee to Mundelein via Burlington, WI and Fontana, WI. However, electrification was soon found to be a massive expense for the railroad, so they instead ordered the first large sample of diesels. Whereas for electrified lines, the Lake Shore had long sought to replace the Milwaukee Road designs they appropriated. Eventually, the answer came in the former of several electrics that GE had built for an aborted order to the Soviet Union. These electrics, known as "Little Joes" after the then recently deceased premier Josef Stalin, were found to be perfect replacements for the EP-2s of Milwaukee Road designs. The next few years would see the original plan for the Lake Shore system be completed. With the appropriation of lines to various areas in Wisconsin going on. For this reason, diesels like the ALCO RS-3s would be purchased to service the new lines like the freight ones bypassing Chicago.

The subway in downtown did come to pass however, and it was started in March 1947. Work would continue for the next few years until June 1951, when the CA&E route's four-track main was finished. Shortly after, the Millennium Park upgrades were included in the mix by March 1952. Most of the subways would mainly be reserved for passenger rail however. As the freight lines were mainly relegated to the elevated tracks like the original Chicago loop lines. Mainly to remedy the issue of loading gauge and height that were posed by the freight engines and most rolling stock, which was getting to be more and more thank to the Lake Shore's role in shuttling freight out of the way of major bottlenecks.

New York also had its own improvements to its iconic subway at this time. But the changes would not happen until later enough to warrant its own page on the subject.

OOC: Special thanks to @isayyo2 and @Lucas.
 
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Flashback to the 1910s: The Golden Spike Steamers
Many years before the railroads of America began their great story of trial and success, two icons of American railroading were nearly claimed to scrap.

Union Pacific #119 and Cantral Pacific #60 "Jupiter" had famously attended the Golden Spike Ceremony at Promontory, UT. However, little realization of the two engines' historical significance came about until 1902. At this point, Union Pacific opted to scrap the 119, now numbered 343. However, UP President Horace G. Burt himself intervened on the grounds of said engine's significance. Instead ultimately opting to keep the engine in regular service. However, subsequent upgrades did mean that it would take some knowledge of UP numbering to know that it was once the 119.

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Sprite art depicting the original 119, which has since been renumbered 343.

For Central Pacific's Jupiter, the story was fairly similar. By that point, Jupiter had lost its name and become #1195. That said, the engine was also heavily modified by Southern Pacific so it could still be used on the occasional revenue service. However, the Southern Pacific also tended to paint the Jupiter, or rather 1195, in several special liveries. Such as a Daylight livery on her tender when the original San Fransisco - San Diego service first began.

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Sprite art depicting the original Jupiter, now 1195, in the various forms it received since its preservation. Such as in the Daylight livery in 1937, and with a repainted tender with its original name at the 1949 Chicago Railroad Fair.

Today, both engines are still in fine working order. So the UP and SP often stage then alongside their other steam icons during anniversary celebrations of the Golden Spike. Otherwise, they can be seen from time to time on numerous tourist railroads across the country. Sometimes even doubleheading said special excursions.

OOC: Sprites are from Deviantart user NicTrain123.
 
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Idea: Boston is missing one vital piece of rail infrastructure that would have made sense pretty much at any point. Through-tracks connecting North and South stations. Maybe have that at least prepared for after the war? The state and federal governments as well as railroads having seen how useful it would have been during the war, or something like that?
 
The New York Streetcar Scandal and Aftermath (1948-1950s)
"Mayor LaGaurdia taken to court on corruption charges regarding streetcars."
- Front line of New York Times; January 3, 1948

"National City Lines federally bankrupted. General Motors, Standard Oil, and Firestone fined roughly $200,000 each."
- Front page of Chicago Tribune; February 20, 1948

On January 12, 1948 the first true game changer in the railroad's battle against road travel took place. In late 1947, it was discovered that the National City Lines, a company claiming to develop streetcars, was actually a fraud. Instead, the streetcars had been tricked into investing in its own competitors. President Truman's first executive action was swift, and a response to this. NCL was completely shut down, and its owners; GM, Standard Oil, and Firestone were all summed a hefty fine or two. While all three eventually recovered, their reputation did take major knocks down. Where an enraged NYC public voted out Fiorello LaGaurdia, their mayor, soon after the scandal was revealed.

The subsequent rebuilding of the streetcar system was immense, and to handle it the operations were centralized into the New York Transit System. The first order of business was to keep the New York, Westchester and Boston commuter line alive, this electrified route was marvelously built at great expense to the New Haven RR and was sucking money from them about every day. But public take over in exchange for subsidizing the NH proved to be a boon for congestion and further suburban development. Next was for the New York commuter trains was tracks over a ramp built to allow trains to run into Grand Central Terminal. This planned extension was also meant to enter Penn Station to link with the Pennsylvania and Lehigh Valley Railroads. Alongside a possible branch to link with the B&O/Erie/DL&W Tribeca Station. These tracks to Grand Central began work in June 1948 and were completed in Early 1949. However, being that Tribeca Station was never considered, it would take a few years to add some more tracks, but that would happen later due to the bigger project.

New York's famous Metro system also proceeded to be completely overhauled. With the most important change being a way for subways to reach Staten Island via Brooklyn. As a tunnel had already begun work, it was decided to simply finish said tunnel. Thus, the bridge began in 1950 shortly after the tracks to Grand Central Terminal were completed. It was eventually completed in May 1953 to much fanfare. For this and other purposes, a new streetcar design loosely based on the PCC was drawn up for use in Brooklyn.

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The PCC2, an articulated version of the PCC Streetcar became the norm for New York Streetcar systems by 1955 they were the standard design for streetcars in the city.

Last, but far from least was the development of metro lines to link with the Pennsylvania Railroad's Penn Station. Which was also used by subsidiary Lehigh Valley for its own trains to Buffalo. Starting in 1948, the complex was spectacularly rebuilt in the a multistory building that included a bus terminal and the new Madison Square Garden perched atop the facility. It was natural that New York create further commuter lines to link it with other hubs of transport in the area. But that would take a while because New York had also fallen victim to the suburb problem, and they needed to do something. That "something" being the proposed use of diesel streetcars that were designed for use anywhere on the system. A move which would save much money that would otherwise have been spent on the needed electrification. However, the issue was there of multiple drivetrains on the same platform and whether you can get a diesel engine that fits with sufficient power in a streetcar.

Out in new suburbs which lacked transit, buses were used by the city to shuttle passengers to various commuter lines in the city itself. The buses were fairly successful and were very effective at linking up with the subways and streetcars. However, many people still did not trust buses in general after the revelation of other companies doing similar things as GM and Standard Oil attempted to do. As such, GM decided to try better luck with locomotives for the major mainline railroads of the country, or on bus services to places that had not trollies of their own. This reformed business strategy of theirs in turn would set the stage for future mainline railroading in the country.

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Map of New York's completed streetcar and trolley systems in 1952. This does not account for the numerous lines still being built at the time, like the tunnel to Staten Island or the line to the B&O's Tribeca Station.

OOC: Special thanks to @isayyo2, @Lucas, and @TheMann.
 
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Flashback: Locomotives of The Maine's North Central Narrow Gauge
Two foot gauge lines had been major institution in the state of Maine since 1879, so it was natural that the Sandy River and Rangely Lakes and the Wiscasset, Waterville, and Farmington, the state's biggest 2ft gauge routes, would merge. What also helped was that tax reforms in Maine exempted the company from property taxes on their right-of-way. So with profit coming in nicely, the CEO made a gamble, and a few coaches were modified for a more comfortable ride. The “Waterville Flyer” was a huge success, especially with parlor car service added.

Flash forward to the 1930s, and the railroad had been renamed "North Central" and was also serving southern Quebec and Vermont. The Waterville Flyer would also become a longer distance train. In addition, they had one of the most unique and variety-filled railroad fleets in the nation:

FR-P (Forney Passenger) 2-4-4
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These engines were inherited from the railroad's predecessors. They were small, but strong and useful just the same, and could be seen on just about most small trains and on switching duties.

PR-D (Pairie Dual-service) 2-6-2
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These veterans were once the the largest engines on the entire 2ft gauge system. But as the line grew, both in length and traffic volume, there was soon a need for either double headed trains, or bigger locomotives. The occasional double-header made good economic sense, but as the loads increased, the need for locomotives bigger than the 2-6-2’s became glaringly obvious. At the same time, replacing several hundred miles of track with heavier rail would cost, and cost a LOT.

PC-P (Pacific Passenger) 4-6-2
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One of the most popular of the North Central's bigger steamers were the Baldwin 4-6-2 Pacific express locomotives designed from the South African NG10 Pacific shown above. The big, high stepping engines could exceed 75 miles per hour on the straightaway, and ran smoother than the smaller Prairie 2-6-2, taking curves at a faster clip.

MT-D (Mountain Dual-service) 4-8-2
(No image of a comparable locomotive is available)​
The MT-D 4-8-2 was a fine locomotive, and had good power and excellent reliability; they hauled plenty of freight and passengers over the years. Tight curves were not a big issue; the ubiquitous Maine Forneys already needed broad curves. (Maine’s Forneys did not have the blind driver that many others had. Blind drivers does not refer to motorists needing glasses, but to drive wheels without a flange, allowing for tight curves on the line. Motorists that need Braille, however, DO seem to be common in some parts of Maine…)

DPR-F (Double-Praire Freight) 2-6-2+2-6-2
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The North Central's Garratts, were based almost completely on the South African NGG14. Aside from just the couplet design and a bell. This was because Beyer and Peacock and Company was hoping to get into the American market, and offered to build a pair of Garratt locomotives at a good price. Though they offered to build them at a very slight loss to get American exposure. Garratts did have the key advantage of being fully bi-directional, and another group was ordered later. The massive capacity and versatility of these locomotives worked wonders through the years of the Second World War, as heavy loads might need to be taken anywhere on the system.

DM-F (Double-Mogul Freight) 2-6-6-2

(No image of a comparable locomotive is available)
The Mallet was a daring choice for the North Central, supposing that traffic would suffice to support such a costly investment—but it also paid off nicely. Successfully hauling huge loads right into the 21st century, the first two Mallets were joined by several more over the years. They, however, needed a wye or new turntable at each terminus; they were too long for the existing turntables. Thus, their runs could only terminate at certain locations.
In the days right after the Great War, the line hired several de-mobilized submariners. As a result, someone suggested diesel locomotives for certain purposes. No one ever thought they would replace steam for most purposes, but for switching or use in power plants, it was quickly discovered they were very useful. Now open-air locomotives were not ideal in Maine, but they were useful enough when enclosed, and were truly modern. But the late 1940s, the North Central had become a truly modern network. The railroad had created several double track mainlines on most of the systems, and each track was signaled for two-way traffic. As such, the North Central Railroad was acting just like a standard gauge line.

Last but far from least was the tourist sector, with many people naturally arriving to see just the little trains. Adding more parlor cars helped draw trade, and wasn’t an overly expensive job, and simply gutting some average passenger cars and upgrading them was a massive hit. In the mid 20’s, dining cars had been added, though the smaller coaches meant that dining was not at the same level as on the standard gauge palace cars; they were essentially snack cars, but with an excellent variety of soups, salads, and sandwiches. Also in the 1930’s, railfanning brought passengers to the little trains, bringing in more needed revenue. Of particular notes are the fans who come just for the garratts. As they were, at the time, the only garratts in America aside from the 2-8-2 ones used by the Southern on their Cincinnati - Tennessee line.

North Central is today, a true wonder of the American Railroad scene. As it has been for its entire existence.

OOC: Thanks to @NHBL for allowing me to use his ideas.
 
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I'm glad my North Central found a place here as well as in my own place. Part of what keeps the two-footers running is that the tax exemption only applies to two footers, or they would probably be absorbed and re-gauged.
Although, at least with my version of it, the property tax exemption only applies to railroad infrastructure, not other things owned by the railroad. Thus, a station restaurant or gift shop is exempt, but not one that's separate.

Depending on the loopholes, you might find a "Station food concession" that's a supermarket, or a "gift shop" where you can buy sofas and a refrigerator as gifts, and a 5 star station "snack bar."
 
Depending on the loopholes, you might find a "Station food concession" that's a supermarket, or a "gift shop" where you can buy sofas and a refrigerator as gifts, and a 5 star station "snack bar."
Perhaps later on. but what I know for sure is that the tax exemption will soon prove ahead of its time.
 
News in January - February 1948: Both in Railroads and More
"Pope Pius XII Calls For All Catholic Organizations to Oppose Jim Crow. Pastor Billy Graham Urges All Evangelicals to Do Likewise in Essay The Baptist Case for Integration."
- Chicago Tribune; January 5

"Anne Frank, Holocaust Survivor, Expresses Support for Jewish State in Palestine."
- The Jewish Week; January 12

"Southern Pacific Proposes Electrifying Entire California Network; Use of Cement Ties, Continuous Tracks, and Salinization on Tracks."
- San Fransisco Chronicle; January 20

"Judy Garland Enters Rehab for Depression, Drug Issues, Trauma, and Other Issues."
- Esquire; February 2

"President Truman Orders Army Integration"
- New York Times; February 5

"Walt Disney confirms his next completely animated film will be an adaptation of Cinderella."
- TIME Magazine; February 17

"Lima Hires Andre Chapelon and Livio Dante Porta to Standardize Steam Designs"
- Trains Magazine; February

"Pennsylvania Railroad and Norfolk & Western Propose Complete Use of Centralized Traffic Control, Electrification over RF&P/N&W to Richmond and Norfolk."
- Roanoke Times; February 25
 
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Oil Shock I (1948)
"Following near-universal Western support for formation of Israel, Iran cuddles with Soviets."
- The New York Times; January 3, 1948

"Saudi Arabia Demands Control British and French Oil Reserves in Response to Proposed Jewish State."

- The Chicago Tribune; January 15, 1948

"Angered Palestinians Leave the Territory Meant to form Israel."

- The Los Angeles Times; February 9, 1948

The formation of Israel would lead to a heavy series of unexpected events for the West. Many of the region's Islamic communities were enraged and desired revenge for enabling Israel's creation. With the discovery of oil in their countries, many saw the perfect chance to pay the West back. Thus getting into conflicts to try and hoard all the oil possible so that the West would have to give up on the idea of a Jewish state.

The results were quick. More and more people began to support the use of trollies to link suburbs to the cities. In cities that already had trolley and other train systems, the automobile became more of a recreational vehicle whereas the trains were what people used to get to work. In truth, this was already the case when the traffic jam became an issue for most American commuters. But these roles became the rule with the First Oil Crisis. In America, the search for oil initially was on Texas, Louisiana, California and Western Canada; the latter making Canada very, very wealthy as a direct result. The search even went further down into Mexico in order to find the oil. Concerns over oil supply resulted in the abandonment of plans to shut down the pilot plants for Fischer-Tropsch process synthetic crude.

The Oil Crisis only kast for the first few months of 1948, but the results would provide a major warning for the western nations targeted by it. American officials realized that it would likely happen again so long as they supported Israel. Which is what led to many looking for possible future oil discoveries elsewhere in North America. Wether it be the US itself, or even Canada and Mexico. Yet as coal prices rose so did the impetus for more efficient use of it. This was an effort majorly supported by the railroads. As such, it was in the minds of motive power superintendents that steam's final stand would take place...

OOC: Special Thanks to @TheMann.
 
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There will probably be lots of strikebreakers because of the energy crisis. If not forced endings of the strikes.

Would the railways wind up using synthetic Bunker C or equivalent for steam locomotives as well?

That's a huge impetus for electrifcation right there as well, and hydro/nuclear generation too.
 
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