Harvesters Dismantled Machines

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    About Harvesters

    Modern harvesters are essential to farmers worldwide for harvesting crops quickly and efficiently, thereby sustaining the global food supply.

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    Serial NumberYBG212547
    ConditionDismantled
    Stock Number71249
    Location: Augusta, Arkansas
    Serial NumberYAG208798
    ConditionDismantled
    Stock Number71239
    Location: Augusta, Arkansas
    Serial NumberH09760S721245
    ConditionDismantled
    Stock Number71201
    Location: Augusta, Arkansas
    Serial Number0000000
    Location: Claypool, Indiana

    CLAAS JAGUAR 960

    Self-Propelled Forage Harvesters

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    Serial Number49404583
    Location: Rock Valley, Iowa
    Seller: Iowa Cutter Supply, Inc.
    Serial Number65902877
    Location: Rock Valley, Iowa
    Seller: Iowa Cutter Supply, Inc.

    JOHN DEERE 678

    Rotary Forage Headers

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    Serial NumberKM0678E112814
    Location: Rock Valley, Iowa
    Seller: Iowa Cutter Supply, Inc.

    2012 JOHN DEERE 7580

    Self-Propelled Forage Harvesters

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    Serial Number1Z07580YTCM512565
    Location: Rock Valley, Iowa
    Seller: Iowa Cutter Supply, Inc.

    2019 JOHN DEERE 9900

    Self-Propelled Forage Harvesters

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    Serial Number1Z09900YPKU620067
    Location: Rock Valley, Iowa
    Seller: Iowa Cutter Supply, Inc.

    NEW HOLLAND FR700

    Self-Propelled Forage Harvesters

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    Serial Number545852004
    Location: Rock Valley, Iowa
    Seller: Iowa Cutter Supply, Inc.
    ConditionDismantled
    Location: Downing, Wisconsin
    Seller: All States Ag Parts - Downing, WI
    ConditionDismantled
    Location: Rock Valley, Iowa
    Seller: Rock Valley Tractor Parts
    ConditionDismantled
    Location: Nyssa, Oregon
    Seller: NYSSA TRACTOR & IMPLEMENT
    ConditionDismantled
    Stock NumberEQ-33824
    Location: Black Creek, Wisconsin
    Seller: All States Ag Parts - Black Creek, WI
    ConditionDismantled
    Stock NumberEQ-31871
    Location: Black Creek, Wisconsin
    Seller: All States Ag Parts - Black Creek, WI
    ConditionDismantled
    Stock NumberEQ-36757
    Location: Ft. Atkinson, Iowa
    Seller: All States Ag Parts - Ft. Atkinson, IA
    Serial Number0730137U001404
    ConditionDismantled
    Location: Augusta, Arkansas
    Serial NumberJJC0303652
    Location: Augusta, Arkansas
    Serial NumberJJC0129605
    Location: Augusta, Arkansas
    Serial NumberJJC0125879
    Location: Augusta, Arkansas
    Serial NumberJJC0078055
    Location: Augusta, Arkansas
    Serial NumberJJC0074835
    Location: Augusta, Arkansas
    Serial NumberJJC0003048
    Location: Augusta, Arkansas
    Serial NumberCBJ023643
    Location: Augusta, Arkansas
    Serial NumberCBJ023507
    Location: Augusta, Arkansas
    Serial NumberJJC0325265
    Location: Augusta, Arkansas
    Serial NumberJJC0317216
    Location: Augusta, Arkansas
    Serial NumberJJC0316455
    Location: Augusta, Arkansas

    About Harvesters

    Mechanical harvesters have been used since the 1800s to bring in crops more quickly and efficiently. Over nearly 200 years, advances in engineering and design have dramatically reduced the time and labor required for this crucial task. Modern combines are the culmination of this progress, allowing operators to cut, thresh, and clean crops with a single machine.

    Recent developments have introduced continuously variable transmissions (CVTs), data-gathering and monitoring sensors, camera systems, hillside leveling technologies, crop-processing refinements, and precision ag features that automate steering and other aspects of combine operation. These innovations help operators work more efficiently, protect grain quality, and make better decisions based on real-time field data.


    2022 New Holland CR8.90 Revelation Combine

    Harvester History

    Cyrus McCormick patented a mechanical reaper in 1834, and Hiram Moore patented one of the earliest combine harvesters in 1835. In 1891, William J. Conroy received a patent for his forage harvester. In 1937, Massey-Harris Chief Engineer Thomas Carroll and his team designed the Massey-Harris No. 20, widely regarded as the first commercially successful self-propelled combine.

    Comparing McCormick’s horse-drawn mechanical reaper to today’s machines highlights how far harvesting technology has come. His implement relied on roughly two horsepower from a team of horses, while modern models like the Claas Lexion 8700 Terra Trac combine harvester can deliver up to 577 horsepower—nearly 290 times as much power. The 8700 Terra Trac’s hybrid threshing system also offers up to 10% higher throughput than previous designs.

    Leading agricultural machinery manufacturers—including Case IH, Claas, Gleaner, John Deere, Massey-Harris descendant Massey Ferguson, New Holland, and others—have continuously refined combines and other harvesters to improve capacity, reliability, and operator comfort.

    Modern Harvester Technology

    Recent advancements increasingly rely on digital technology to enhance what was once a largely mechanical process. Today’s harvesters use sophisticated onboard computers to optimize ground speed, engine load, and other parameters in response to terrain and crop conditions.

    GPS-based guidance and auto-steering systems help keep machines on precise paths, reduce overlap, and lower operator fatigue. Integrated sensors and monitoring systems track yield, moisture, and machine performance in real time. Together, these tools make harvesting more efficient, more consistent, and easier to manage across large acreages.

    Harvester Varieties

    The main Harvesters category on TractorHouse.com is wide-ranging and organized into the following subcategories:

    When shopping for farm equipment, it helps to understand that a combine is a specific type of harvester. Combine harvesters are complex machines designed to reap, thresh, and clean grain crops, producing grain for human consumption or animal feed. The broader term “harvester” can refer to any machine used to harvest crops—such as grain, cotton, or forage—whether it performs multiple functions in one pass or a single task.

    Additionally, forage headers are commonly categorized into row crop, rotary, and windrow styles, each suited to different crops and harvest conditions. These headers are used to harvest grasses, maize, and other forage plants for processing into silage or haylage.

    Combines

    • Combines are multi-function machines that harvest, thresh, and clean crops directly in the field. They are widely used for crops such as rice, corn, wheat, oats, barley, soybeans, and others.
    • By combining several harvesting steps into one pass, combines significantly improve operational efficiency, reduce labor needs, and can help increase overall farm profitability.
    • Modern combines are designed to maintain grain quality while working at high capacities. Their threshing and cleaning systems efficiently separate grain from chaff and straw, helping to deliver clean, marketable grain with minimal losses.

    Cotton Pickers

    • Cotton pickers remove seed cotton from open bolls with minimal damage to the plant, often allowing multiple passes through the same field as more bolls open during the season. 
    • Because they collect relatively clean cotton with less trash, pickers help maintain consistent fiber quality and can support higher market value.

    Cotton Strippers

    • Cotton strippers remove most of the cotton and plant material from the stalks in a single, more aggressive pass.
    • Although the harvested material typically requires more cleaning, strippers are well-suited to situations where producers need to gather as much cotton as possible quickly, such as when facing tight weather windows or time constraints that make multiple passes impractical.

    Self-Propelled Forage Harvesters

    • Self-propelled forage harvesters have their own engines and drivetrains, so they do not require a separate tractor or towing vehicle.
    • Their high horsepower and purpose-built design allow them to cover large areas quickly, reducing the time needed for harvest and lowering labor requirements per ton of forage.
    • Operators can adjust chop length and processing settings to meet livestock nutrition goals and storage requirements, helping to produce consistent, high-quality silage.

    Pull-Type Forage Harvesters

    • Pull-type forage harvesters are towed by tractors and are often a more affordable option for smaller or diversified farms.
    • They function similarly to self-propelled models but rely on an external power source. Larger pull-type units can offer capacities comparable to those of some self-propelled harvesters, depending on the tractor size and field conditions. 
    • By chopping and processing forage in one operation, pull-type harvesters can help maximize feed quality and reduce the time and cost associated with separate operations.

    Platform Headers

    • Platform headers use a cutter bar, a reel, and an auger or draper belt to cut and feed crops into the combine for processing. 
    • They are commonly used for small grains and similar crops that benefit from a broad cutting platform and steady crop flow.

    Row Crop Headers

    • Row crop headers are designed for crops planted in rows, such as soybeans, sunflowers, and cotton.
    • Their guards and blades cut crops close to the ground while helping maintain row integrity and efficient feeding into the machine.

    Forage Headers

    • Forage headers attach to forage harvesters and specialize in cutting and feeding forage crops such as grass and corn.
    • They are key tools for silage production, as their cutting mechanisms help achieve consistent chop lengths that support good packing, fermentation, and feed quality for livestock.

    How To Choose A Harvester Head


    2023 John Deere HD35F Platform Header

    Choosing the right harvester head is a crucial decision that affects the efficiency and profitability of an operation. Important factors include crop type, field conditions, expected yields, budget, and the desired flexibility to handle multiple crops.

    Growers should assess which header types best match their needs:

    • Operations with multiple row-planted crops may benefit most from row crop headers that can handle different row spacings and plant types.
    • Producers focused on grains and small-seeded crops may find platform headers more suitable for their fields and harvesting practices.

    By matching header design to specific crops and conditions, producers can enhance throughput, minimize losses, and optimize the use of their combines and forage harvesters.

    Where To Buy & Finance Harvesters

    TractorHouse.com features thousands of listings for new and used harvesters for sale. These include models from top manufacturers like Case IH, Claas, Drago, Geringhoff, Gleaner, John Deere, Mac Don, and New Holland.

    If you already have a model in mind and need a farm equipment loan, explore your harvester financing options with CurrencyFinance. It’s free to apply. The experts at Currency help qualified applicants find loans up to $500,000 with flexible repayment terms and little or no down payment required.

    Then, you can bring your harvester home with the heavy-haul experts on the FR8Star network. Explore your harvester transport options and request a free freight quote.