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29-641: The Monson Railroad was a 2 ft ( 610 mm ) narrow gauge railway , which operated between Monson Junction on the Bangor and Aroostook Railroad and Monson, Maine . The primary purpose of this railroad was to serve several slate mines and finishing houses in Monson. According to the Scientific American of 17 May 1890, it was the smallest railroad in the United States. Equipment

58-493: A combination from Laconia Car Company . The main line was promptly extended down a five percent grade to the Monson Slate Company approximately one mile (1.6 km) beyond the Monson village depot. A car shed for the combination and a two-stall engine house were built near the depot with a passing siding and a turntable. The turntables were a bit small for the locomotives, although they proved useful when

87-528: A Slate Company highway truck when the locomotive required repairs. Passenger service was discontinued on 1 November 1938. Monson became the last of Maine's - and the nation's - 2 ft ( 610 mm ) gauge railroads in commercial operation when the Bridgton and Saco River Railroad was dismantled in 1941. Infrequent flat car loads of crated slate products moved to Monson Junction until 12 July 1943. On that date Monson Slate Company received permission to use

116-552: A few years, the Monson railroad became the only railroad in Maine with a completely rock-ballasted main line. Arrival of the United States Railroad Administration in 1917 began a series of pointed reminders that Monson Railroad's oil headlights and link-and-pin couplers no longer met federal safety standards. The railroad kept the link-and-pin couplers for another quarter century of operations; but

145-406: A headlight. Train service was reduced from four to two round trips per day effective 10 October 1921. The Monson Pond quarry extension was abandoned in 1922. The track crew was laid off in 1933, and the train crew became responsible for right-of-way maintenance and freight transfer at Monson Junction. Locomotive #3 was the only operable engine after 1936. Passengers, mail, and express were carried in

174-798: A highway truck for common carrier service. The railroad was dismantled during the winter of 1943-44 and the engine house became a garage for the truck. Linwood Moody found Monson locomotives #3 and #4 in a Rochester, New York , used equipment yard in 1946. The two steam engines were shipped to the Edaville Railroad for restoration, and are still in operation at the Maine Narrow Gauge Railroad Co. & Museum in Portland, Maine . 2 ft and 600 mm gauge railways Most of these lines are tourist lines, which are often heritage railways or industrial lines, such as

203-402: A source of spare Hinkley parts encouraged the innovative shop crew to strip old Hinkley #2 of all exterior fittings and attach a snowplow blade. Although the new snowplow was less likely to ride up on snow drifts, it was more likely to derail; so the old wedge plow remained in service. The Monson engine house burned on 3 November 1919. Vulcan locomotives 3 and 4 were damaged, and old Hinkley #1

232-417: A wedge snowplow arrived a few years later. Monson train crews found it much more convenient to run the locomotive in reverse for six miles than to wrestle it around on the turntables. Four daily round trips were scheduled to meet each of the standard gauge trains. The Monson train crew consisted of an engineer, a conductor, and a fireman who doubled as brakeman . The train crew shoveled snow by hand for

261-599: The 1 ft  11 + 3 ⁄ 4  in ( 603 mm ) gauge Brecon Mountain Railway . Laconia Car Company Laconia Car Company manufactured railway cars in Laconia, New Hampshire from 1848 to 1928. The Ranlet Manufacturing Company began building horse-drawn wagons , carriages and stagecoaches in 1844. The company was identified as Ranlet Car Company to emphasize focus on manufacturing railway cars after railways reached Laconia in 1848. By 1869,

290-764: The Ffestiniog Railway in Wales and the Cripple Creek and Victor Narrow Gauge Railroad in Colorado . World War I trench railways produced the greatest concentration of 600 mm ( 1 ft  11 + 5 ⁄ 8  in ) gauge railways to date. In preparation for World War II , the French Maginot Line and Alpine Line also used 600 mm ( 1 ft  11 + 5 ⁄ 8  in ) gauge railways for supply routes to

319-503: The Maine Central Railroad Harmony branch.) Legislative approval was granted, but funding was never available for the extension envisioning conversion to standard gauge railroad all the way to Monson. The railroad acquired a wedge snowplow in 1888 to improve reliability of winter service. One of the flat cars was converted to a snow spreader in 1888 because the plow was unable to throw the snow far enough from

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348-656: The South African Class NG15 2-8-2 locomotives started their career on the 600 mm ( 1 ft  11 + 5 ⁄ 8  in ) gauge. The Otavi Mining and Railway Company in South West Africa (now Namibia ) were transferred to the 2 ft gauge railways in South Africa and currently some surviving locomotives reside in Wales on the 1 ft  11 + 1 ⁄ 2  in ( 597 mm ) gauge Welsh Highland Railway and

377-622: The company employed one hundred men and was producing three hundred freight cars per year. In 1870 the company began producing railway passenger cars at the rate of about one per month. The company was reorganized as the Laconia Car Company in 1882, occupying seven acres of downtown Laconia including a four-story brick foundry for casting and forging metal parts. Some parts were used for wooden cars assembled in nearby shops, while other parts were sold to railways and other car manufacturers building or repairing wooden cars. Laconia

406-500: The first winter, and then fabricated a butterfly pilot plow in 1884. Two flat cars were converted to box cars during the first year of operations. Athens was dropped from the railroad name on 18 February 1885, and the Monson Railroad requested legislative authorization to extend the main line sixteen miles (26 km) south from Monson Junction for connection with the standard gauge Sebasticook and Moosehead Railroad (later

435-536: The fixed border defenses. Australia has over 4,000 kilometres (2,500 mi) of 2 ft ( 610 mm ) gauge sugar cane railway networks in the coastal areas of Queensland , which carry more than 30 million tonnes of sugar cane a year. Many 2 ft ( 610 mm ) gauge and 600 mm ( 1 ft  11 + 5 ⁄ 8  in ) gauge railways are used in amusement parks and theme parks worldwide. The interchange of rolling stock between these similar track gauges occasionally occurred; for example,

464-502: The lake for loading at Kineo Station on the northern end of the Maine Central Railroad Kineo Branch . After the ties had been delivered, the lumber company sold the two flat cars to the closest 2 ft ( 610 mm ) gauge railroad at Monson. The Monson Railroad purchased a couple of hand car trailers which could carry broken slate scraps from the quarries for use as ballast along the line. Within

493-458: The new shipper. The additional traffic encouraged the Bangor and Aroostook Railroad to build a new freight transfer siding at Monson Junction in 1904. Monson Slate Company had been purchasing Monson Railroad stock for several years, and gained control of the railroad in 1908. Conductor Harold Morrill, who had started working for the railroad as fireman in 1884, was promoted to superintendent; but he continued to act as conductor through 1938. Track

522-404: The oil headlights were removed when damaged by derailments. The locomotives thereafter ran without any headlights. Monson briefly considered a Davenport Locomotive Works 2-6-2 (similar to those being built for United States Army trench railways ) before purchasing another Vulcan in 1918. Hinkley locomotive #1 was retired when the second Vulcan locomotive was delivered. Elimination of need for

551-449: The old Hinkley locomotives had serious boiler leaks, cracked cylinders, and/or broken frames since 1905; but they soldiered along until a new Vulcan locomotive arrived on 20 February 1913. Hinkley #2 never ran again, and #1 ran only on the rare occasions Vulcan #3 needed repairs. In 1916 Monson's location provided an opportunity to purchase the longest freight cars operated by the railroad. The Sandy River Railroad shop at Phillips, Maine

580-533: The rate of one a day; and their products could be found operating as far away as the Los Angeles Railway . Employment increased to a thousand workers by 1912; but focus on electric railway cars made the company uncompetitive for conventional railway vehicles as electric railway riders began using automobiles, and 1914 was the last year of profitable operation for the company. Production shifted to conventional baggage , mail and express cars; and

609-400: The roadless Maine North Woods . The lumber company built the 2 ft ( 610 mm ) gauge Carry Pond and Carry Brook Railroad in 1914 over the northwest carry from the eastern end of Seboomook Lake to Northwest Cove at the northern end of Moosehead Lake . Draft animals pulled two 28-foot-long flat cars over the railroad to deliver the ties to Moosehead Lake where they were floated across

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638-581: The roads to slush and mud. The Monson and Athens Railroad Company was chartered 1 November 1882, when the standard gauge Bangor and Piscatquis Railroad (later part of the Bangor and Aroostook Railroad) bypassed Monson by six miles. The railroad was built with 30-pound (14.9 kg/m) rail in the summer of 1883, reached Monson on 4 September, and opened for business on 22 October. Initial equipment consisted of two wood-burning locomotives from Hinkley Locomotive Works and two box cars , fourteen flat cars , and

667-439: The town of Monson, Maine had very low ionizable mineral content, and was well suited for manufacture of electric switchboards . Quarrying commenced in the 1860s and slate finishing operations began in 1870. Slate was shaped into sinks , bathtubs , tabletops, chalkboards , roof shingles , and headstones . Transporting these heavy slate products was difficult in any weather, and became nearly impossible when spring thaw turned

696-469: The tracks. Four more flat cars were converted to box cars in 1891. Both locomotives were converted to burn coal about 1900. A coal transfer shed was built at Monson Junction, and the woodshed at Monson was henceforth used for storage of coal. Portland Slate Company built a new mill on the Monson Main line in 1904, and six new flat cars were built by Laconia Car Company in 1905 to handle loadings from

725-566: Was considered a total loss. A highway truck handled mail and express shipments for ten days until engine number 4 was repaired. Engine number 3 returned to service on 20 November, and the engine house was rebuilt in June 1920. Under pressure from the Interstate Commerce Commission , Franklin firebox doors were installed on the locomotives, and an automobile headlight was connected to a six volt storage battery to serve as

754-410: Was extended with two miles (3.2 km) of 35-pound (17.4 kg/m) rail to Eighteen Quarry and Forest Quarry on Monson Pond in the summer and autumn 1909. The Monson combination car carried 11,466 paying passengers in 1912, but superintendent Morrill observed that an automobile garaged in Monson was offering public conveyance and taking approximately 25 paying fares per week from the railroad. Both of

783-456: Was never modernized, and the railroad used antique stub switches and link-and-pin couplers to the end of operations in 1943. The line was the last commercial carrier in the United States to use such couplers or to run above ground on a 2 ft ( 610 mm ) gauge. (The 2 ft ( 610 mm ) gauge Chicago Tunnel Company continued underground operation as a common carrier freight subway until 1959.) The slate underlying what became

812-645: Was producing 125 railway passenger cars per year by 1893 primarily for New England railways, horsecar lines, and interurban electric lines. The foundry produced wheels, axles and trucks including a distinctive electric traction truck. In 1889, Laconia finished a prototype steel railway car started in 1884 by a Boston shipbuilding firm under contract to the Steel Car Company. Wood remained Laconia's preferred building material, but steel underframes were used beginning in 1908. Laconia employed nearly five hundred men completing electric railway cars at

841-541: Was rebuilding 185 older 2 ft ( 610 mm ) gauge logging railroad flat cars into what became a fleet of 158 28-foot (8.53 m)-long flat cars of the Sandy River and Rangeley Lakes Railroad being purchased by the Maine Central Railroad in 1912. The Maine Central simultaneously contracted with Boyd and Harvey Lumber Company to cut railroad ties in the western Penobscot River drainage of

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