John Deere Adds New Models to Self-Propelled Forage Harvester Lineup

Three new 8000 Series SPFHs utilize latest technology to reduce crop losses and boost performance.

John_Deere_Forage_Harvester
John_Deere_Forage_Harvester
(John Deere)

John Deere announces the addition of three new models to its lineup of 8000 Series Self-Propelled Forage Harvesters. These machines offer forage producers more productivity, increased uptime, decreased cost of operation, and are designed with the latest forage harvesting technology.

“We took the momentum from the 8000 Series rollout last year and added to an already stellar lineup of forage harvesters,” says Tim Meister, division manager, marketing with John Deere. “The three new models make the John Deere SPFH lineup even stronger with the ability to deliver optimal harvesting speed, reliability and forage quality.”

Growers can choose from three new models:

  • 8300, 483-horsepower with a Tier-IV Final 13.5-liter engine
  • 8700, 755-horsepower with a Tier-II, non-EGR 19.0-liter engine
  • 8800, 832-horsepower with a Tier-II, non-EGR 19.0-liter engine

Each model can be equipped with HarvestLab™, an advanced crop analysis and documentation component that uses constituent sensing to improve forage quality.

Headers for the SPFH machines include the John Deere Small Drum Rotary Harvesting units from 6-12 rows, John Deere Large Drum Rotary Harvesting units from 6-10 rows, and the all-new 9 Series Hay Pick-ups. All the John Deere headers are automatically speed-matched to the length of cut.

Other features include the DuraDrum™ cutterhead with reverse sharpening and other technologies to improve forage processing and nutrient quality.

“The new 8000 Series models provide value to forage producers in three distinct areas,” says Meister. “These models feature a new 770 Plus Rotary Harvesting unit, which reduces stalk and ear losses and improves ability to harvest down corn. The units also reduce plugging in weedy conditions.”

Improved capacity adds another element to the performance of the new 8000 Series. The channel width is matched to engine horsepower, which customizes capacity to customer needs. Also included is a new spout design and turning mechanism, which allow for higher speed of operation and increased productivity.

Another new feature, John Deere Active Fill Control, increases productivity and accuracy in the field. This new capability allows for automated filling of trucks and wagons, which results in reduced operator fatigue and crop losses.

Other available features include a dual tire option for reduced soil compaction and better traction in wet soil conditions, lengthened service cycles, reduced daily maintenance and cleaning needs, and a new and innovative stone detection system.

Finally, the new 8000 Series models provide forage producers with a more efficient cost of operation with improved fuel efficiency - up to six percent (gallons per ton) in corn and up to 15 percent (gallons per ton) in grass. When packaged alongside the stronger design and higher horsepower performance, these machines will provide years of reliable service.

“Our goal was to deliver an efficient, high-performing self-propelled forage harvester that producers could rely on year-in and year-out,” adds Meister. “The new 8000 Series models do just that, and provide innovative technology to help producers run more efficiently in the field.”

To learn more about the new 8000 Series self-propelled forage harvester models, visit your local John Deere dealer or visit www.JohnDeere.com/Ag.

Source: John Deere

AgWeb-Logo crop
Related Stories
By slashing planting time from weeks to just five days, Clayton Griffith’s switch to no-till aims to ensure sustainability while navigating the challenges of Alaska’s short growing season.
Farm machinery manufacturers are releasing details on Model Year 2026 balers and hay tools that feature increased automation, data integration and enhanced designs to help cover more acres in a single day.
Missouri Extension State forage specialist Carson Roberts suggests four alternatives that could be more economical than growing hay for your animals.
Read Next
As producers navigate financial strain and D.C. disconnect, realities such as steep input costs, trade frustrations and E15 limbo are becoming decisive factors shaping the rural vote.
Get News Daily
Get Market Alerts
Get News & Markets App