Why Fairbanks-Morse Failed Against EMD in the Diesel Locomotive War
Fairbanks Morse once built diesel engines powerful and reliable enough to serve US submarines during World War II.
But when entering the locomotive market, the company was unable to defeat EMD and ALCO.
An entity trusted by the Navy failed before civilian railroads.
Did Fairbanks Morse fail because of poor technology or because they placed a very good product into the wrong market environment in heavy industry is the deciding factor for victory horsepower durability or the entire service ecosystem behind it.
This is the story of an industrial empire that grew alongside America.
Starting from a platform scale in Vermont, expanding into a diversified manufacturer and reaching the pinnacle of technology during the war before realizing that superior technology does not automatically create victory on the rails.
If you were a railroad at that time, would you choose a locomotive that was more powerful but difficult to maintain or one that was easier to repair but less impressive on paper?
Early 19th century America witnessed a powerful shift from an agricultural society to an industrial and commercial economy.
The flow of goods, agricultural products, coal and building materials began to be transported in everinccreasing volumes, making accurate measurement a vital factor for every transaction.
However, the market at that time was facing a daunting problem.
Determining the weight of large loads often took a great deal of time.
Old weighing systems were not only complex and bulky, but also prone to errors, causing difficulties for sellers, buyers, and transport companies alike.
This reality demanded a measurement method that was faster, more accurate, and more reliable to keep the flow of trade from becoming congested.
In that context, Thaddius Fairbanks developed the platform scale, a device that allowed for the weighing of entire carts or large volumes without the need to unload all the goods.
This was a highly practical invention directly solving a common commercial problem by optimizing the weight control process.
The appearance of the platform scale not only helped reduce goods handling time but also increased reliability in every business transaction.
It was this practical effectiveness that caused the Fairbanks name to gradually become associated with the values of precision, durability, and practicality in the eyes of customers.
The entry of Charles Hosmer Morse marked a major turning point, taking Fairbanks from a company specialized in measurement equipment to a large-scale diversified industrial enterprise.
The combination of manufacturing capacity, an effective distribution network, and an expanded vision helped this entity step beyond its original market to provide a more diverse product portfolio.
From windmills and pumps to various engines and equipment serving both agriculture and industry, Fairbanks Morse gradually emerged as an essential toolkit supporting the nation building process.
As America expanded aggressively westward, the need for a steady water supply for farmers and ranchers became more urgent than ever.
Newly settled lands required equipment to be extremely durable, easy to operate, and capable of withstanding harsh weather conditions.
Fairbanks Morse entered this market aggressively with products like the Eclipse windmill, which quickly became an indispensable part of the image of the agricultural American West.
To sell equipment to users in remote areas, the company built a tight-knit network of local dealers.
Customers here were not just buying a machine.
They needed replacement parts, repair services, and prompt on-site operational support.
Through this, Fairbanks Morse learned that in the industrial sector, a good product must be accompanied by good support services.
However, an important paradox exists here that you should note.
Fairbanks Morse once deeply understood the value of local dealers and support services when dealing with agricultural customers.
But when entering the locomotive market later on, this very factor became their fatal weakness.
Do you think an industrial company that wants to survive long-term needs to prioritize a good product first or a complete support network first?
In the late 19th century, American industry faced an urgent need for a stable power source to operate factories, farms, and small-cale production facilities.
Although steam engines provided significant power, they revealed many limitations in terms of complexity, requiring operators to have high specialized skills and needing frequent maintenance.
Many customers began seeking simpler, more practical, and easier to live with solutions for daily working conditions instead of bulky machines that required too much care.
Fairbanks Morse entered this field by developing lines of commercial gasoline engines serving farms and industrial applications.
They were manufactured with a focus on making the machines exceptionally sturdy, prioritizing simple mechanisms, and minimizing failureprone parts as much as possible.
The company was willing to accept the heavy weight of the equipment if it was traded for durability and the ability to work continuously day after day.
For a farmer or a shop owner, what they needed was not a device that impressed in advertisements, but frequently stopped operating in the middle of a work shift.
Industrial customers required an operational solution that was stable, easy to understand, and reliable to maintain the production pace.
This approach helped Fairbanks Morse build a reputation associated with the most durable machinery capable of serving the heaviest duty tasks.
Entering the early 20th century, diesel technology offered promises of fuel economy and superior durability compared to gasoline engines.
However, early diesel designs were often very heavy, noisy, and difficult to start, leading many American manufacturers to view it as a technology fit only for massive or specialized applications.
While much of the market saw weight as an absolute barrier, Fairbanks Morse viewed the issue differently.
Based on a philosophy that did not overprioritize compactness, they recognized diesel as the perfect solution for the marine and heavy industry sectors where fuel savings and long-term operation were more important than the absolute size of the machine.
The company’s entry into the diesel market began with practical applications on fishing boats, tugboats, and small freighters.
These initial steps helped Fairbanks Morse accumulate valuable practical experience with diesel while gradually asserting its position as a notable name in the nent American diesel market.
An understanding of the needs of water transport operators paved the way for the greatest technical turning point in the company’s history, which took place in the late 1930s.
That was when Fairbanks Morse focused heavily on developing the opposed piston diesel engine design.
This configuration utilizes two pistons moving toward each other in a single cylinder with the fuel combustion process occurring in the space between them.
The most distinctive feature of this design is the complete elimination of the traditional cylinder head.
In engineering, the cylinder head is the component subjected to extreme pressure, temperature, and stress, which is often a frequent point of failure.
The removal of this component not only eliminates a complex maintenance item, but also helps increase power density relative to the physical size of the engine.
The opposed piston design offers distinct technical advantages such as fuel efficiency, smooth operation, and potential durability in harsh environments.
It perfectly aligns with the strong, robust, and practical philosophy that Fairbanks Morse has always pursued.
Instead of copying existing ideas, the company transformed this design into a truly American industrial tool, rugged and ready for the heaviest duty work.
When World War II broke out, the US Navy faced an urgent need for a large number of diesel engines capable of stable operation under the harshest conditions.
Submarines and diesel electric ships required machines that were both powerful enough and compact enough to fit within confined spaces while reliability had to be the top priority.
In that context, the emergence of the model 38D8-1/8 engine marked a significant chapter in maritime engineering history as it became one of the mainstay engines for the US submarine force throughout the war.
Each vessel could utilize multiple engines of this type to ensure the necessary power and range for longduration ocean missions.
The US Navy’s reliance on Fairbanks Morse products was not merely a commercial contract, but the highest form of technical certification.
It also brought in massive revenue for Fairbanks Morse, driving the Bloid plant to operate at extreme capacity and elevating the company’s technical reputation to a new level.
Fairbanks Morse emerged from the war with abundant financial resources, technologies that had been perfected through field experience, and immense confidence in its manufacturing capabilities.
After the war, the American railroad industry entered a large-scale transition from steam to diesel locomotives, opening up one of the most attractive industrial markets of that era.
Fairbanks Morse believed that their extensive experience with diesel engines in the military and maritime sectors could be fully transferred to the railroad field.
The company’s leadership bet on the opposed piston engine with its advantages of high power output, fuel efficiency, and combat proven durability, believing this was their opportunity to become a new powerhouse in the industry.
However, the competitive landscape at this time was not at all simple as General Motors EMD held a major advantage and Alco was also a long-standing rival.
Both of these entities had built deep relationships with the railroads, possessing extensive service networks, parts warehouses, and powerful technical support teams.
To compete, Fairbanks Morse launched its first major strike, the Eeriebuilt locomotive model.
Utilizing a 10-cylinder opposed piston engine with an output of approximately 2,000 horsepower, the Eerie was on paper significantly more powerful than many of EMD’s standard F-unit models of the same period.
Initial test results for the Eerie Built made a strong impression due to good tractive effort and fuel efficiency, leading to orders from several major railroads.
However, operational issues also began to emerge.
The opposed piston design proved more complex for railroad shop crews who were already familiar with EMD or Alco configurations.
Many maintenance items required longer turnaround times and specialized parts were not always available everywhere.
When a locomotive experienced a breakdown far from technical centers, waiting for replacement components became a major obstacle to continuous operation.
A fundamental difference in operating environments emerged here.
In submarines, engines were maintained within a specialized military system governed by rigorous protocols.
In the railroad industry, however, locomotives had to operate continuously across multiple states, passing through various repair shops with diverse technical crews.
Fairbanks Morse didn’t actually bring an inferior technology to the rails.
Rather, they introduced a highly capable product that required a supporting ecosystem the company had yet to fully establish.
A locomotive requires more than just raw power.
It must be easy to maintain, easy to train for, and easy to standardize to survive in the volatile world of civilian transportation.
Fairbanks Morse’s initial growth phase in the locomotive market peaked quickly and began a marked decline in the early 1950s.
As railroads moved to standardize their locomotive fleets, the company’s operational vulnerabilities were laid bare.
Their service network could not match the ubiquity of EMD, and a sparse distribution of parts warehouses meant immediate repairs were often out of reach.
This created a reality where railroad shop crews lacked the necessary familiarity with the opposed piston design, and Fairbanks Morse’s technical training programs were not robust enough to bridge the knowledge gap.
Moreover, their commercial relationships lacked the historical depth needed to secure the same level of brand loyalty enjoyed by their competitors.
In contrast, EMD’s advantage did not lie in possessing a product that was technically superior in every aspect, but in an exceptionally comprehensive support system.
EMD’s products were considered good enough for operation.
But more importantly, their parts were readily available, and mechanics anywhere could handle common malfunctions.
EMD did not just sell locomotives.
They provided a total solution that included robust after service and rapid parts supply.
Railroad customers consistently prioritized long-term stability over impressive specifications that carried the risk of technical downtime.
The US railroad market during this period was also changing rapidly with a wave of mergers and expansions among major carriers.
To minimize training and inventory management costs, these entities sought to standardize their fleets by reducing the variety of different engine types, a move that directly benefited dominant players like EMD.
The arrival of the EMD GP7 also marked a new trend toward more versatile locomotive lines.
The market no longer just demanded powerful machines for long haul service.
It needed units that could perform various tasks across the entire network.
Fairbanks Morse was pinned into a corner in a market where the rules of the game were changing faster than they could adapt.
This was in essence a clash between pure engineering prowess and total cost of ownership.
A locomotive might boast superior specifications, but if it is difficult to maintain, it becomes a liability over the long haul.
In the transportation industry, every hour an engine spends idle in the repair shop is a direct hit to the bottom line.
Fairbanks Morse sold a highly respectable machine, but EMD sold reliability and infrastructure.
They provided the peace of mind that there would always be a mechanic who knew the engine, a spare part ready in the warehouse, and a massive support system standing behind the product.
By the mid 1950s, Fairbanks Morse’s ambitions were effectively out of moves.
The company officially withdrew from the US locomotive market by the end of the decade, leaving its final orders as little more than the fading echoes of a once grand dream.
Upon withdrawing from this market, Fairbanks Morse underwent a major restructuring, significantly narrowing its operational scope and moving away from its previous identity as a vast diversified industrial empire.
Instead, the company consolidated its resources into market segments where its opposed piston technology and deep-seated diesel expertise still maintained an absolute competitive edge.
Sectors such as the military, maritime, submarines, surface vessels, as well as power generation systems, and specialized industrial applications became safe havens for Fairbanks Morse.
In these arenas, the company’s survival proved a vital reality.
The issue was not that their technology was wrong from an engineering standpoint, but rather a fundamental mismatch between the specific characteristics of that technology and the practical demands of the market and its accompanying support infrastructure.
Looking back at the industrial legacy of Fairbanks Morse, we find a narrative far more nuanced than a simple business failure.
Stellar success in one market is never a guarantee of triumph in another.
The overconfidence stemming from wartime victories can become a perilous trap if a company underestimates the practical disparities in the needs of a new customer base.
