Farms.com Home   Farm Equipment News

New features for Massey Ferguson’s new generation butterfly mower and four rotor rake

Massey Ferguson, a worldwide brand of AGCO (NYSE:AGCO), is delighted to announce it is strengthening its hay and forage harvesting range with a choice of conditioners for its new generation butterfly mowers, along with further features to boost productivity on its widest four-rotor rake.

“Since its launch, Massey Ferguson’s hay and forage equipment has been well received by owners and dealers, earning a good reputation for productivity and efficiency,” says Jérôme Aubrion, Director Marketing Massey Ferguson, Europe & Middle East.

“These latest developments are part of our strategy of constant improvement to ensure we continue to deliver our customers exactly the right machines with specification they require. Offering a choice of conditioners for the butterfly mowers enables users to improve forage quality using the system that is most appropriate for their crops and conditions.

“Upgrades to the new generation four rotor rakes increase durability as well improve operation, helping operators form the perfect swath for following machines,” he adds.
 

Click here to see more...

Trending Video

The Hay Baler Technology Every Producer Needs to See

Video: The Hay Baler Technology Every Producer Needs to See


Hay season is almost here! Tanner and David sit down with Kaylene Ballesteros, Go To Market Manager for Hay & Forage at ?@JohnDeere? along with Scott Briker, a cow-calf producer from Benton County, to discuss John Deere’s NEW Round Baler technology and how it’s helping producers work smarter this hay season.

From Baler Weave Automation that helps guide the baler along the windrow and reduces operator fatigue, to real-time moisture and bale documentation through John Deere Operations Center, this technology is built with producers in mind.

They also dive into windrowers, mower-conditioners, JDLink connectivity, and precision ag tools that help improve efficiency, bale quality, and decision-making in the field.