John Deere 8820 Combine Specifications and Features Overview

The John Deere 8820 combine harvester stands out for its power and durability. It features a 6.8-liter engine delivering 190 horsepower, making it ideal for large-scale farming operations. This model is equipped with a 25-foot wide header, designed to cover more ground with fewer passes, significantly improving productivity during harvest seasons.

For those seeking enhanced performance, the 8820’s hydraulics system ensures efficient operation under heavy loads. The advanced features include an auto-leveling system that adjusts to different terrains, maintaining consistent performance across the field. The capacity of its grain tank is 200 bushels, allowing for extended harvesting periods without frequent unloading.

The machine also offers excellent operator comfort, with an ergonomic cab design and easy-to-use controls. These features reduce operator fatigue and improve precision during long hours in the field. The 8820 also provides reliable fuel efficiency, optimizing fuel consumption without sacrificing power, making it a top choice for farmers looking for long-term performance in tough conditions.

John Deere 8820 Combine Specifications

The John Deere 8820 combine offers impressive features tailored for large-scale harvesting. Its power and durability make it ideal for demanding environments. Below are the key specifications of the machine:

• Engine Power: 185 horsepower, equipped with a 6-cylinder turbocharged engine, providing ample power for various harvesting tasks.
• Grain Tank Capacity: 200 bushels, allowing for extended operating hours without frequent unloading.
• Cutting Width: 25 feet, making it suitable for wide coverage and faster harvest speeds.
• Header Options: Compatible with a range of headers, including the 900 and 600 series, providing versatility across different crop types.
• Transmission: Hydrostatic, offering smooth and efficient power transfer for all operating speeds.
• Ground Clearance: 15 inches, offering better maneuverability and handling in uneven terrain.
• Fuel Tank Capacity: 115 gallons, ensuring longer working hours between refueling.
• Weight: 21,000 lbs, balancing stability and maneuverability for better performance in various conditions.
• Max Speed: 25 mph, facilitating quick travel between fields.

When selecting a combine for your operations, the John Deere 8820 provides a blend of power, capacity, and durability. It is well-suited for large farms where efficiency and reliability are paramount.

Engine Power and Fuel Efficiency of the John Deere 8820

The John Deere 8820 combine features a powerful engine that ensures high productivity in the field. Equipped with a 6.8-liter, 6-cylinder engine, it delivers a substantial output of 230 horsepower. This power is crucial for tackling demanding tasks such as harvesting in tough conditions, making the 8820 suitable for a variety of crop types and field sizes.

In terms of fuel efficiency, the 8820 is designed to optimize fuel consumption while maintaining its performance. The combination of an advanced fuel management system and an efficient engine design allows for extended operating hours with minimal fuel usage. With a fuel tank capacity of 250 liters, the machine can run longer between refuels, which reduces downtime and enhances overall operational efficiency.

Operators can expect a balance between power and fuel economy, as the John Deere 8820 is built for high-efficiency fuel consumption without sacrificing performance. This blend of power and economy ensures that the combine remains a cost-effective option for large-scale operations and diverse harvesting needs.

Dimensions and Ground Clearance for Better Field Maneuvering

The John Deere 8820 combine offers impressive maneuverability in the field thanks to its well-optimized dimensions and ground clearance. With a width of 10.3 feet (3.14 meters) and a length of 22.5 feet (6.86 meters), it strikes a balance between stability and agility, enabling efficient operation in diverse field conditions.

The combine’s ground clearance stands at 20 inches (50.8 cm), which ensures smooth navigation over uneven terrain. This clearance is ideal for minimizing crop damage while enhancing the ability to move through fields with obstacles like small debris or uneven soil surfaces.

The compact yet robust design allows for easier turns and better handling in tight spaces, making it highly effective in both large and small fields. The combination of these dimensions ensures that the John Deere 8820 can tackle different agricultural tasks with improved field maneuverability.

Harvesting Performance and Capacity of the John Deere 8820

The John Deere 8820 combines exceptional capacity with powerful performance, making it a top choice for large-scale harvesting operations. Equipped with a high-efficiency engine and advanced header options, this machine consistently delivers high throughput even in challenging field conditions.

Its harvesting capacity is driven by the 18-foot wide header, which provides significant coverage per pass, reducing the time needed for large fields. The combine’s grain tank holds up to 220 bushels, allowing for longer periods of operation between unloads, contributing to higher productivity and fewer stops.

The 8820’s axial-flow technology ensures uniform grain flow, minimizing crop damage and maximizing yield quality. The combine’s ability to handle various crop types–whether wheat, corn, or soybeans–makes it versatile for a range of farming applications.

Efficiency is further enhanced by its hydraulic unloading system, which empties the grain tank at a rate of 3.5 bushels per second, cutting downtime during unloading. This system, combined with a 2-wheel or 4-wheel drive option, ensures optimal traction and stability on all terrains, especially when working with uneven ground.

For optimal harvesting performance, consider adjusting the combine’s settings for specific crop conditions. The 8820 features customizable settings for speed, sieve adjustments, and rotor speeds, allowing operators to fine-tune performance to match varying field conditions and maximize crop yield without sacrificing quality.