Thursday, November 15, 2018

Gibson Garden Tractors

In 1945 Soldiers by the thousands suddenly found themselves civilians again, and like troops headed home throughout history, they had only one thing on their mind, “Get out there and mow the grass, or better yet, plant a garden.” The Gibson Manufacturing Corporation was one of dozens of companies that were eager to help them realize their ambition.




Gibson was around before they got into the garden tractor business. Harry Gibson opened a shop in Seattle, Washington that built railroad cars. Early in 1946 the decision was made to jump on the tractor bandwagon by opening a plant in Longmont, Colorado under the direction of Wilbur Gibson that was dedicated to the production of small tractors. According to a local newspaper article that was dated March 2, 1946, the 70 newly hired employees at the Gibson plant had just completed the first 52 Gibson tractors ever produced. Serial numbered tractors 1 to 16 had already been shipped to dealers in Denver. 




Gibson designated their first design the model A which was rapidly followed by the D,  SD and Super D versions.  All were powered by a six hp Wisconsin AEH engine, although some early D’s reportedly were equipped with a 9 hp AHH mill. Three forward speeds plus reverse were provided. Gibson ads claimed it could pull a trailer at 12 mph and plow with 10 or 12 inch bottoms. 




An astute observer has probably already been wondering, “what happened to the steering wheel? “  Short answer, there isn’t one. The tall lever on the right side was used to guide the tractor. Push forward to turn left, pull back to turn right. The reason Gibson chose this method is one of those mysteries lost to time. More than one potential customer found the method too awkward to buy the tractor. The A, D and SD models were fitted with the lever. By the time the Super D rolled off the assembly line it had been replaced by a conventional steering wheel.




With the introduction of the Super D, Gibson attempted to address their customers complaints about other shortcomings. A hood and grill were added to protect the engine plus fenders to protect the operator. An electrical system and hydraulics were offered as optional equipment.  




A pricelist from 1949 had the Model D selling for $545 and the Model SD at $580. Gibson also offered a line of implements made especially for their tractors. One source that I found placed the total production run for Gibson’s small engine tractors, the models A, D, SD and Super D, at 60,000 units  sold in the United States and globally. Gibson also built a Model EF tractor that had a 2 cylinder Wisconsin TF motor. In the early Fifties Gibson made a brief foray into production of full sized farm tractors with the Models H and I, but very few of these were sold. 




In the early 50’s Gibson tried it’s hand in other markets beside the tractors. At one point they had a contract to build forklifts for the Navy. They also made a golf cart that they named the Country Clubber. It was also during this period that financial problems began to develop. For a three week period in 1952, workers were laid off and the factory shut down. In August 1954 a company called Western American Industries assumed control of Gibson’s operations. Accounts vary according to the source, but as many as 1000 more model D’s SD’s and Super D’s may have been produced by Western before operations were shut down permanently in 1958 but Gibson Manufacturing ceased to be in 1954.




The Gibson shown in these photos was offered for sale at the Western North Carolina Fall Harvest Days show in 2018. No information about it was displayed. Gibson serial numbers are supposed to be stamped into the frame rail on the right side. I looked this one over carefully but could not find any markings that would help to identify it. My best guess is that it is a model D but as for the year of production, I don’t have a clue.




Sources:

www.oldirongardentractors.com  offers a collection of original source material consisting of Gibson advertising, letters from the manufacturers agent to retailers, and newspaper clippings from the period. 

www.gasenginemagazine.com  A History of the Gibson Manufacturing Company by Dave Baas published July / August 1985 

www.hemmings.com  1947 - ‘52 Gibson Model D  by Mike McNessor ,  published July, 2007 

Thursday, November 1, 2018

H. K. Porter Fireless Steam Storage Locomotive

Snugged into stall number 13 in the Robert Julian Roundhouse at the NC Transportation Museum is a real Thomas the Tank. Looking at it from the front it's easy to imagine that it might have been the inspiration for the cartoon character. While Thomas is a side tank, this engine really is just a big insulated tank.




H.K. Porter Locomotive Company was an innovative leader in the specialty small locomotive marketplace. Able to assemble engines quickly from off the shelf components to meet customer needs, they built engines that were used by construction contractors on large projects like road and railroad construction and industrial switching engines. An example of their saddle tank switching engines was featured in the Nov. 1 2017 post, E & M Number 5 Turns 100. 




As versatile as their small locomotives were, there were situations where they just wouldn’t do. Coal mines, factories producing hazardous and flammable materials and confined spaces where the byproducts of  combustion would be unacceptable needed motive power that didn’t spew smoke and sparks. In 1890 Porter made a bid to capture this market by introducing a two stage compressed air locomotive. By 1930 400 copies had been sold. The compressed air engines filled the need,but they had extremely limited range and endurance. 




In 1915 Porter developed a steam storage locomotive that offered significant advantages over compressed air engines. This design consisted of a large capacity insulated tank that was filled with superheated water and steam supplied by any existing stationary industrial boiler. Steam from the tank was tapped from the steam domes and piped to a standard piston engine that turned the driving wheels. This siphoning off of steam reduced the pressure in the tank, allowing more steam to boil off from the water. Applying this well known principle of physics, greatly increased the amount of steam available for work above what could be obtained if the tank was filled with steam alone. Once the tank was filled, the engine could operate from 2 to 5 hours, depending on the load. 




There were many appealing advantages to this system. Since most factories and other industrial sites already had a ready supply of steam available, eliminating the cost of the firebox and boiler on the locomotive represented a significant savings. Add to that the savings on fuel and the cost of labor of a fireman on the locomotive since the engineer could operate the locomotive by himself. It takes a considerable amount of time and fuel to bring a locomotive boiler up to operating temperature and this requires the attention of the engine’s crew. The steam storage engine on the other hand could be charged in a few minutes. When the locomotive was not moving freight it could be parked and the operator could perform other tasks. There were also savings in maintenance cost.  




 Shortline railroads operated by a variety of business ventures put these fireless locomotives to good use. I found a photo at www.over-land.com of a Porter fireless engine being used at the Apache Powder Co. plant near Benson Arizona. It doesn’t take a lot of imagination to see the advantage it would have, working in a dynamite factory. Power plants were another natural application since they already possessed an abundant supply of steam and that is where  the locomotive shown here spent it’s working years. 




H.K. Porter built this 0-4-0 switch engine in 1937. It was operated by Carolina Power and Light Co. at the Lumberton, North Carolina generating plant where it hauled car loads of coal, cinders and ash until it was retired in 1980. It was donated to the state of North Carolina in August of that year and later moved to the Transportation Museum where it is currently on display. 




Sources:

www.nctrans.org 
www.cstrains.com 
www.over-land.com 
Locomotive Cyclopedia of American Practice Vol. 6  at https://books.google.com 
www.ageofsteamroundhouse.com