New Holland expands portfolio for narrow vineyards.

Sitevi 2025, taking place from November 25th to 27th in Montpellier, France, will be the launch platform for several updates to the New Holland 9.80N self-propelled grape harvester for narrow-row vineyards, as well as improvements to the TE6 Straddle tractors. Designed to offer greater precision, comfort, and maximum grape quality in narrow vineyards, these products can be seen at booth B2 B 017 - B2 B 018.

In the 2026 New Holland Braud 9.80N combine harvester models, a new front axle provides better terrain compensation, increasing precision and productivity in narrow vineyards. This ensures maximum stability and safety, allowing operators to work with greater precision and productivity in compact rows.

The operator also benefits from a superior level of comfort and control, with a new luxury package for the modernized cab and a new IntelliView IV Plus touchscreen display that provides fingertip machine operation. New Holland's RS1 GNSS receiver enables automatic control of spray sections, eliminating the need for the operator to manually switch sprayer sections on/off in triangular jobs, maximizing precision and minimizing waste.

A new full set of LED lights increases visibility when working early in the morning or late in the afternoon. New decals and a silver finish on the hood and wheels complete the high-quality details.

Innovations in the harvesting unit include evolutions of New Holland Braud's proven Opti Grape sorting technology. This further enhances the sorting process and delivers higher levels of grape quality thanks to improved destemming and cleaning. Other updates in various areas, from the hitch to the harvesting platform, have been designed to facilitate maintenance and operation.

Sequence of Maneuvers at the Headland II for TE6 Rail Tractors

The 2026 TE6.120 and TE6.150 headland cutting tractors now come equipped with Headland Turn Sequence II (HTS II), a patented technology that simplifies end-of-row operations. With just one switch, operators can control all attached implements, making maneuvers faster, safer, and less tiring.

Operators can customize the settings for each implement, and there is a sequence saving mode for quick setup and repeatability, ensuring greater efficiency when starting or finishing work at the ends of the rows.