The John Deere Model A, produced from 1923 to 1927, holds a significant place in agricultural history. This iconic tractor, a stepping stone in the evolution of agricultural machinery, boasts a unique blend of innovative engineering and robust design. This detailed guide delves into the specifications of the John Deere Model A, answering common questions and providing a comprehensive understanding of this classic machine.
What were the engine specifications of the John Deere Model A?
The John Deere Model A was powered by a 2-cylinder, 12-horsepower gasoline engine. This engine, a significant advancement for its time, delivered reliable power for various agricultural tasks. While 12 horsepower might seem modest by today's standards, it represented a substantial increase in efficiency compared to earlier methods of farming. The engine's design prioritized durability and ease of maintenance, crucial factors for farmers relying on their equipment for daily operation.
What was the weight and dimensions of the John Deere Model A?
The Model A weighed approximately 3,000 pounds and boasted a relatively compact design for its era. Specific dimensions varied slightly depending on the configuration, but it was generally described as being manageable and maneuverable, even in tighter spaces. Its size made it suitable for a wide range of farms, even those with smaller acreage. This maneuverability was a key selling point, enhancing its practicality for many farmers.
What type of transmission did the John Deere Model A have?
The John Deere Model A utilized a selective sliding gear transmission. This transmission offered multiple forward speeds and a reverse gear, giving the operator greater control over speed and power based on the specific task. The design, although simpler than modern transmissions, proved reliable and effective in the conditions of the time. Understanding this transmission’s functionality is key to appreciating the operational capabilities of the Model A.
What was the fuel capacity of the John Deere Model A?
The exact fuel capacity of the John Deere Model A varies depending on the specific configuration and year of manufacture, but sources generally place it around 6 gallons. This limited capacity meant that refueling was a more frequent task compared to modern tractors with larger fuel tanks. However, this was typical for tractors of that era, reflecting the smaller scale of operations and greater accessibility to fueling resources.
What were the common uses of the John Deere Model A?
The John Deere Model A's versatility made it a valuable asset on farms across the country. Common uses included plowing, cultivating, planting, and harvesting. Its relatively compact size and manageable power output made it suitable for a wide range of farm sizes and crop types. Its adaptability was crucial to its success and widespread adoption.
How much did a John Deere Model A cost when new?
The initial cost of a John Deere Model A varied depending on the exact year and configuration. However, it generally fell within a range reflective of the economic realities of the 1920s. While precise figures can be difficult to obtain due to inflation and historical variations, understanding the relative cost within the historical context is important in evaluating its impact on agriculture. Many historical records and agricultural journals from the period offer insights into the relative expense of the tractor and the broader economic impact it had on farmers.
Where can I find parts for a John Deere Model A?
Finding parts for a vintage tractor like the John Deere Model A can require some research. Specialty agricultural equipment dealers and online marketplaces specializing in antique tractor parts are often good starting points. John Deere itself may also offer some historical parts information, although availability can be limited. Joining online forums or clubs dedicated to vintage John Deere tractors can also connect you with a supportive community and valuable resources for finding and sourcing parts.
The John Deere Model A, while a product of its time, represents a pivotal moment in agricultural technology. Its specifications, reflecting both the limitations and innovations of its era, contribute to a deeper appreciation of its historical significance and enduring legacy in the world of farming.
