GE "U36C" Locomotives

The GE U36C was the most powerful standard line Universal model the company ever produced (yes, the U50 and U50C were more powerful, although they were extremely high-horsepower models designed almost exclusively for the Union Pacific).

Built during the first half of the 1970s it was not as successful as either the U33C or U30C although General Electric was now an established locomotive builder following the success of those earlier models.

The company followed up its success with late model Universals by releasing its "Dash 7" line in the mid-1970s.

It was then that GE truly became a serious competitor to the Electro-Motive Division as it sold well over 2,000 Dash 7s through the late 1980s. Today, even though the U36C was built during the 1970s none are known to be preserved or in active service.

Erie Lackawanna U36C #3328 and an SD45-2 prepare to leave Marion, Ohio with a freight during March of 1976. Gary Morris photo.

The GE U36C began production in October, 1971. The model was meant to compete with EMD's SD40 series but at that time General Electric simply could not compare to the technology and engineering of its competitor, particularly after the SD40-2 was unveiled a year later in 1972.

For EMD, the company was at its height and had been, far and away, the industry leader since main line diesels first hit the market in 1939 with the introduction of its FT cab design.

In many ways, the Electro-Motive Division made the steam locomotive obsolete. In any even, the U36C featured GE's standard 4-cycle model FDL16 prime mover which could produce 3,600 horsepower.

As with earlier models like the U30C and U33C the U36C offered tractive efforts that were very similar; 91,650 pounds starting and 92,500 pounds continuous.

General Electric's Fleet Of "U-Boats"

U18B, "Baby Boat" 













By the time the model was cataloged by GE in 1971 the American Locomotive Company (Alco) had stopped producing locomotives since 1969.

Alco offered powerful and rugged diesels but it simply never spent the time and money on making its late model products reliable and efficient.

Santa Fe U36C #8780 leads a long freight westbound through the desert near Darling, Arizona on a late March afternoon in 1981. Roger Puta photo.

Additionally, it relied too heavily on outside companies for internal parts and components, such as GE even after it was a competitor.

The difference in the U36C from previous Universal models was perhaps the addition of a flared rear radiator. It first appeared on earlier models, the U33B and U33C, and gave the units the appearance of wings.

The purpose of this design was for the increase in horsepower and the feature became a trademark of GE's locomotives, which remains to this day.

Once again we see Erie Lackawanna U36C #3328, seen here at the Marion shops with other power including SD45 #3612, an E8A, RS3, and a cabless "B" unit in March of 1976. Gary Morris photo.

Including the 20 U36CG models ordered by Ferrocarriles Nacionales de México (these units featured a steam generator for passenger service), and 32 U34CH units requested by Erie Lackawanna/New Jersey Department of Transportation, GE on sold 238 examples by the time production ended in April, 1975.

Santa Fe U36C #8712 leads the assault over Tehachapi between East Cliff and West Rowen, California as the eastbound train exits Tunnel #7 and heads for Tunnel #8 in March, 1980. Roger Puta photo.

Four different American Class I railroads would buy the U36C and interestingly, even though Santa Fe had had trouble with earlier Universal models it purchased the most U36Cs, 100 (other buyers included the Clinchfield, Milwaukee Road, and EL).

GE U36C Production Roster

Owner Road Number(s) Quantity Date Built
Erie Lackawanna3316-3328131972
Ferrocarril Del Pacifico (Mexico)409-418101975
Milwaukee Road5800-580341972
National de Mexico (Mexico)8900-8937, 8958-8986, 9300-9316841973-1975
Santa Fe8700-87991001972-1974

A variant of the U36C was the U34CH with "HEP" or "Head-End Power" (thus the "H"). The units were built for the New Jersey Department of Transportation and operated by Erie Lackawanna for its local commuter operations near New York City. Seen here is #3381 at Port Jervis, New York on June 17, 1978. Doug Kroll photo.

Additionally, Mexican lines Ferrocaril del Pacifico and National de Mexico ordered another 94 units. The U34CH variant ordered by EL/NJDOT used head-in-power (HEP) for commuter service and was rated at 3,430 horsepower. 

In the mid-1990s there were still a handful of U36Cs operating in active revenue service on various short lines although today there are none known to be preserved or still in operation.

Of note, one EL/NJDOT U34CH does survive, #3372 preserved at the United Railroad Historical Museum in its original paint and number.  For a complete production roster of U36Cs please refer to the chart above.

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Header Photo: Drew Jacksich

Wes Barris's is simply the best web resource in the study of steam locomotives. 

The amount of information found there is quite staggering; historical backgrounds of wheel arrangements, types used by virtually every railroad, preserved and operational examples, and even those used in other countries (North America and beyond). 

It is difficult to truly articulate just how much material can be found at this website.  It is a must visit!

Researching Rights-Of-Way

A popular pastime for many is studying and/or exploring abandoned rights-of-way. 

Today, there are tens of thousands of miles scattered throughout the country.  Many were pulled up in the 1970's and 1980's although others were removed long before that. 

If you are researching active or abandoned corridors you might want to check out the United States Geological Survey's (USGS) Historical Topographic Map Explorer

It is an excellent resource with thousands of historic maps on file throughout the country.  Just type in a town or city and click on the timeline of maps at the bottom of the page!