Model Information: This Trainworx model features a detailed plastic body; a die-cast metal under frame; separate air reservoir, brake gear and air lines; very fine etched metal deck supports, retainer valve rod and stirrups. The cars come ready to run with Fox Valley metal wheel sets and Micro-Trains body mount couplers. Two variations exist: fish-belly and straight-sill.
These models come configured for TOFC (Trailer on Flat Car) service with two trailer hitches in an upright position. The modeler can reconfigure them for COFC (Container on Flat Car) service by swapping the upright trailer hitches for the lowered trailer hitches that come in a small bag with the model. The modeler then adds container brackets (also supplied in the parts bag) to configure the flat car for 20 foot or 40 foot containers.
These models come configured for TOFC (Trailer on Flat Car) service with two trailer hitches in an upright position. The modeler can reconfigure them for COFC (Container on Flat Car) service by swapping the upright trailer hitches for the lowered trailer hitches that come in a small bag with the model. The modeler then adds container brackets (also supplied in the parts bag) to configure the flat car for 20 foot or 40 foot containers.
Prototype History: A flatcar (US) (also flat car (US) or flat wagon (UIC)) is a piece of railroad (US) or railway (non-US) rolling stock that consists of an open, flat deck mounted on a pair of trucks (US) or bogies (UK), one at each end containing four or six wheels. Occasionally, flat cars designed to carry extra heavy or extra large loads are mounted on a pair (or rarely, more) of bogeys under each end . The deck of the car can be wood or steel, and the sides of the deck can include pockets for stakes or tie-down points to secure loads. Flatcars designed for carrying machinery have sliding chain assemblies recessed in the deck.
Flatcars are used for loads that are too large or cumbersome to load in enclosed cars such as boxcars. They are also often used to transport intermodal containers (shipping containers) or trailers as part of intermodal freight transport shipping.
TOFC (Trailer On Flat Car, a.k.a. piggy-back) cars came is various length to accommodate usually two trailers: 50' for two 24' trailers, 75' for two 35' trailers, 85' for two 40' trailers and 89' for two 45' trailers.
The first 85’ flat was introduced by Pullman Standard in December 1958 and was followed by ACF in 1959 and Bethlehem Steel in 1960. These cars became a necessity to continue accommodate 2 trailers per car after the Congress considered the Interstate Highway Act and trailer sizes increased to 40’ in length, leading to obsolescence of the then 75' flat cars (for 2 35' trailers). The 85' flat themselves were late superseded by 89' flat in the 1980's that were designed for even longer trailers.
From Wikipedia
Read more on Model 160 N Scale Website
Flatcars are used for loads that are too large or cumbersome to load in enclosed cars such as boxcars. They are also often used to transport intermodal containers (shipping containers) or trailers as part of intermodal freight transport shipping.
TOFC (Trailer On Flat Car, a.k.a. piggy-back) cars came is various length to accommodate usually two trailers: 50' for two 24' trailers, 75' for two 35' trailers, 85' for two 40' trailers and 89' for two 45' trailers.
The first 85’ flat was introduced by Pullman Standard in December 1958 and was followed by ACF in 1959 and Bethlehem Steel in 1960. These cars became a necessity to continue accommodate 2 trailers per car after the Congress considered the Interstate Highway Act and trailer sizes increased to 40’ in length, leading to obsolescence of the then 75' flat cars (for 2 35' trailers). The 85' flat themselves were late superseded by 89' flat in the 1980's that were designed for even longer trailers.
From Wikipedia
Read more on Model 160 N Scale Website
Road Name History: This line was established in 1852 under another name but was renamed Western Maryland Rail Road before the first rail was laid. By 1862 they had built from Baltimore to Union Bridge, Maryland at which point it became the responsibility of the Union Army. Construction resumed after the war. WM built west to Hagerstown then Cumberland where the line spilt in two. One route headed northwest to an important interchange with Pittsburgh & Lake Erie at Connellsville, Pennsylvania. The other line ran southwest into the rich coal fields around Elkins and Durban, West Virginia. On the east end, they also had routes to York and Gettysburg and an important connection with the Reading at Shippensburg, all in Pennsylvania. At 878 miles, WM was between Maine Central and Spokane Portland & Seattle in relative length.
The city of Baltimore had a large stake in the WM but sold it in 1902 to Jay Gould. The Gould empire unraveled just six years later and the WM was reorganized with Railway replacing Rail Road in the name and John D. Rockefeller holding a 43% stake. He sold those shares to Baltimore & Ohio in 1927. Accused of violating antitrust laws, B&O placed those shares in a non-voting trust.
After 1900, WM relied heavily on 2-8-0’s, ordering 177 between 1900 and 1923 (by which time other railroads were already ordering 2-8-2’s.) Some of these Consolidations were real bruisers with the same tractive effort as WM’s 2-6-6-2’s. Also in road service were 30 2-10-0 Decapods (10 Russian Decapods and 20 much larger versions,) a dozen 4-8-4’s to handle the high speed trains, and a dozen 4-6-6-4 Challengers. The Challengers turned out to be a disappointment to WM. They were rough riders and were hard on the track. As a result, they were soon demoted to pusher service alongside WM’s 25 2-8-8-2’s. A fleet of 19 low drivered Pacifics handled most of the passenger assignments. One element found on most of the WM steam fleet was low snowplow pilots in lieu of the traditional boiler tube pilots. WM was one of a few Class One railroads to employ Shay locomotives to serve steeply graded branchlines. WM had one 2-truck, two 3-truck and two 4-truck Shays. Shay #6 built in 1945 was the last Shay built by Lima Locomotive Works.
WM began to dieselize in 1947 on the east end where they would not raise the ire of their coal mining customers on the west end. The diesel fleet was surprisingly varied for a line their size with cab units from both Alco and EMD, road switchers from Alco, EMD and Baldwin and yard switchers from GE, Baldwin and Alco. The road switchers from Alco and Baldwin plus the EMD GP7;s were delivered with the long hood as the front while the EMD GP9’s were delivered with the short hood as the front. The Second Generation of diesels was all EMD.
In addition to the voluminous coal traffic, WM was a part of two bridge routes for merchandise moving between the northeast and the upper Midwest. These were the Alphabet Route (with Nickel Plate Road, Wheeling & Lake Erie, Pittsburgh & West Virginia, Reading and others) and the Central States Dispatch (with Baltimore & Ohio, Reading, Jersey Central, Lehigh & Hudson River and New Haven.) Iron ore also moved from Baltimore area ports to steel mills on the connecting P&LE.
Passenger service was a bit of an afterthought on the WM. Not only did they not have a shiny streamliner, but their heavyweight coach trains lasted only until 1957 before being discontinued. Steam generator equipped hammerhead RS-3’s replaced the Pacifics in passenger service for a few years before being reassigned to freight duty.
In 1967, B&O (by this time controlled by Chesapeake & Ohio) finally obtained permission to take overt control of the WM. Not much changed for the next five years. In 1973 they adopted the Chessie System image and 125 miles of WM mainline was abandoned in favor of trackage rights on a parallel B&O line. In 1983, the Western Maryland was absorbed into the Baltimore & Ohio. Western Maryland was known for frequently washing their locomotives in both the steam and diesel eras. They kept up this tradition until the start of the Chessie System era.
The city of Baltimore had a large stake in the WM but sold it in 1902 to Jay Gould. The Gould empire unraveled just six years later and the WM was reorganized with Railway replacing Rail Road in the name and John D. Rockefeller holding a 43% stake. He sold those shares to Baltimore & Ohio in 1927. Accused of violating antitrust laws, B&O placed those shares in a non-voting trust.
After 1900, WM relied heavily on 2-8-0’s, ordering 177 between 1900 and 1923 (by which time other railroads were already ordering 2-8-2’s.) Some of these Consolidations were real bruisers with the same tractive effort as WM’s 2-6-6-2’s. Also in road service were 30 2-10-0 Decapods (10 Russian Decapods and 20 much larger versions,) a dozen 4-8-4’s to handle the high speed trains, and a dozen 4-6-6-4 Challengers. The Challengers turned out to be a disappointment to WM. They were rough riders and were hard on the track. As a result, they were soon demoted to pusher service alongside WM’s 25 2-8-8-2’s. A fleet of 19 low drivered Pacifics handled most of the passenger assignments. One element found on most of the WM steam fleet was low snowplow pilots in lieu of the traditional boiler tube pilots. WM was one of a few Class One railroads to employ Shay locomotives to serve steeply graded branchlines. WM had one 2-truck, two 3-truck and two 4-truck Shays. Shay #6 built in 1945 was the last Shay built by Lima Locomotive Works.
WM began to dieselize in 1947 on the east end where they would not raise the ire of their coal mining customers on the west end. The diesel fleet was surprisingly varied for a line their size with cab units from both Alco and EMD, road switchers from Alco, EMD and Baldwin and yard switchers from GE, Baldwin and Alco. The road switchers from Alco and Baldwin plus the EMD GP7;s were delivered with the long hood as the front while the EMD GP9’s were delivered with the short hood as the front. The Second Generation of diesels was all EMD.
In addition to the voluminous coal traffic, WM was a part of two bridge routes for merchandise moving between the northeast and the upper Midwest. These were the Alphabet Route (with Nickel Plate Road, Wheeling & Lake Erie, Pittsburgh & West Virginia, Reading and others) and the Central States Dispatch (with Baltimore & Ohio, Reading, Jersey Central, Lehigh & Hudson River and New Haven.) Iron ore also moved from Baltimore area ports to steel mills on the connecting P&LE.
Passenger service was a bit of an afterthought on the WM. Not only did they not have a shiny streamliner, but their heavyweight coach trains lasted only until 1957 before being discontinued. Steam generator equipped hammerhead RS-3’s replaced the Pacifics in passenger service for a few years before being reassigned to freight duty.
In 1967, B&O (by this time controlled by Chesapeake & Ohio) finally obtained permission to take overt control of the WM. Not much changed for the next five years. In 1973 they adopted the Chessie System image and 125 miles of WM mainline was abandoned in favor of trackage rights on a parallel B&O line. In 1983, the Western Maryland was absorbed into the Baltimore & Ohio. Western Maryland was known for frequently washing their locomotives in both the steam and diesel eras. They kept up this tradition until the start of the Chessie System era.
Brand/Importer Information: Trainworx was founded in 1999 by Pat Sanders and is located in Delta Colorado. Their first freight car was the Quad hopper and it was released in 2000. They have been making N scale products ever since. Their website can be found at www.train-worx.com. As of 2016, they have produced 8 different rolling stock body styles as well as a range of different highway vehicles in N Scale. Their limited edition runs have proven a huge success with collectors and modelers enjoy the accuracy of all their products.
Trainworx sells their products both through tradional retail channels as well as directly by phone order. When asked "What prompted you to found Trainworx?", Pat Sanders responded "There was a freight car that hadn't been done in N scale that I just had to have and it didn't look like anyone was ever going to make it."
Trainworx sells their products both through tradional retail channels as well as directly by phone order. When asked "What prompted you to found Trainworx?", Pat Sanders responded "There was a freight car that hadn't been done in N scale that I just had to have and it didn't look like anyone was ever going to make it."
Item created by: gdm on 2017-01-13 16:58:25
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