1- ForageCam™ Monitoring Among New Tech and Features for 2027 New Holland FR Forage Cruiser Range

• New Holland presents new FR Forage Cruiser with ForageCam™ available as a configurable option
• Award-winning new kernel processing sensor system previewed at Agritechnica 2025 helps operators minimize fuel use and maximise kernel processing
• Upgrades for 2027 forage harvester offering completed with new corn header design and upgraded operator convenience features

New Holland FR Forage Cruiser self-propelled forage harvesters for 2027 are now available with the Agritechnica Innovation Award-winning ForageCam™ system. The technology automatically monitors kernel processing and adjusts the processor gap to help optimise silage quality, throughput and fuel consumption.

Further updates include a revised corn header design that simplifies transport, together with operator-focused improvements that make operation and servicing more convenient.

"New Holland has fully developed and tested ForageCam ready for commercial release, and it is now available on all FR Forage Cruiser models from the 476hp FR480 to the 911hp FR920," says Henrik Hansen, New Holland Hay and Forage Product Manager. "ForageCam™ removes much of the guesswork from setting the kernel processor and reduces the need for frequent manual checks of forage samples. By continuously monitoring kernel processing and adjusting the processor gap, the system helps operators achieve the required crop processing while maintaining throughput and controlling fuel use."

ForageCam now available on all FR Forage Cruiser models

ForageCam technology centres on a spout-mounted camera that uses AI imaging to continuously monitor the chopped crop flow and instantly calculate cracked kernel percentage, simultaneously comparing it to the operator-inputted target figure on the in-cab IntelliView™ IV Plus screen.

This data is then instantly used to continuously and automatically adjust the kernel processor gap to achieve the desired forage quality. In this way, forage is neither under- or over-processed, while output is maximized for the minimum possible fuel use and component wear. Farmers and contractors both benefit through minimized total harvesting costs and maximum forage quality.

ForageCam™ is a configurable option on Model Year 2027 FR Forage Cruiser machines. The system can also be retrofitted to those built from Model Year 2025 onwards.

New corn headers exploit full FR Forage Cruiser potential

A revised range of corn headers, offered in working widths of up to 9.0 metres, will be available for Model Year 2027 FR Forage Cruiser machines.

Among the key improvements is an integrated suspended transport wheel that can be hydraulically folded out of the way for field operation. This eliminates the need for operators to remove, handle and store the wheel manually, making transitions between road transport and field work quicker and more convenient.

Refreshed design brings practical improvements

FR Forage Cruiser models for 2027 feature distinctive new styling that incorporates LED lighting, including an illuminated New Holland leaf emblem on the rear of the machines, and a restyled upper rear bumper inspired by the design introduced on the CR10/CR11 combines. A slimmer cab platform provides the operator with easier access and giving the machine a cleaner appearance. Convenience is further enhanced by the inclusion of an integrated hand-washing water tank in the storage compartments at the rear of the machine.

The updated New Holland FR Forage Cruiser models is produced at New Holland's Center of Harvesting Excellence in Zedelgem, Belgium, and Europe will be the first region to see machines in the field in early 2027, with the models coming to other regions soon afterwards.

2- New Holland Grows Specialty Crop Ecosystem with SpecialtyOps™ and New T4 F/N/V Auto Command™ Tractors

• New Holland launches new SpecialtyOps digital platform designed specifically to ease data recording and management for orchard and vineyard owners
• AutoCommand CVT option introduces fuel-saving and operating ease benefits proven on larger tractors with New Holland continuously variable transmission
• Award-winning Specialty Vision Sensor, developed in-house in Modena, Italy, previews guidance and sprayer automation capabilities planned for 2027

New Holland brings tractors, automation, connectivity and digital tools together in a growing ecosystem for vineyard and orchard customers.

At its centre is SpecialtyOps™, a new platform developed initially for Europe around the row-by-row needs of vineyards, orchards and other high-value crop businesses' operations. Following its European introduction, the digital solution is planned to be extended to North America.

The launch also introduces the Auto Command™ continuously variable transmission to the T4 F/N/V Fruit, Narrow and Vineyard tractor range, bringing the fuel efficiency and ease-of-use benefits already proven on larger New Holland tractors.

Powered by FPT F36 four-cylinder engines from 90 to 120 hp, the latest T4 F/N/V tractors combine performance, comfort and technology. SpecialtyOps™ extends this connected approach beyond the tractor, simplifying data recording and management to support better-informed decisions.

New SpecialtyOps™ platform eases management and monitoring

Developed to complement FieldOps™, SpecialtyOps™ tracks, manages, and optimizes high-value crop activities at row level. A single sign-on allows customers to access SpecialtyOps™ using their existing FieldOps™ credentials, and customers can access machine data, field activity and mobile workflows. This enables them to:

• Track: By connecting a smartphone to a compatible GPS antenna via Bluetooth.
• Trace: Log and review every work activity — from chemical applications and machine locations to manual tasks.
• Map: Turn field activity and machine data into clear, row-level insights.

SpecialtyOps™ responds to the practical needs of customers working with high-value crops, where operations are organised around individual rows, different crop varieties and repeated activities throughout the season.

A central feature is the New Holland Marketplace, an open digital space where customers can access and purchase additional products and services, includingselected third-party technologies and specialised services, such as additional agronomic information, sensors, weather data and other decision-support tools.

This open approach makes SpecialtyOps™ relevant across mixed fleets and different types of specialty equipment.

SpecialtyOps™ is free to use for its core functions, while additional hardware, services and marketplace solutions can be added according to customer requirements.

New AutoCommand CVT adds fuel-saving third transmission option

The T4 F/N/V family is now extended with a further transmission option in addition to the established Synchro/Powershuttle and DualCommand Hi/Lo transmissions,

This two-range continuously variable transmission has been developed to provide the ideal forward speeds for both specialist field work and transport. Minimum speed of approximately 30m/h provides precise control for low-speed operations.
ECO mode enables 40 km/h travel at a 1500 rpm engine speed and – where available – 50 km/h at 1780 rpm, helping reduce transport time, fuel use and noise.

Three front axle options meet different operating needs: standard configuration, SuperSteer™ pivoting front axle for tight turns at row ends, and TerraGlide™ suspended front axle for greater comfort.

Intensive front, mid and rear hydraulic implement demands are met by a 115 l/min closed-centre load-sensing hydraulic pump, and up to five rear remote valves, with additional right- and left-side hydraulic connections depending on configuration.

Technology to ease operator and owner workloads

The T4 F/N/V range brings large-tractor technology, comfort and automation into a compact package for specialty applications.

The BlueCab™ combines a 69-decibel in-cab noise level with Level 4 filtration for spraying operations, while the IntelliView™12 touchscreen supports machine and implement management, including remote viewing by authorised owners, managers and dealers.

Headland Turn Sequencing II and IntelliTurn™ automate row-end implement functions and maneuvers, helping reduce fatigue and improve accuracy.

IntelliSteer™ guidance uses the latest Cygnus receiver to provide accuracy down to 2.5 cm with RTK correction. ISOBUS Class II supports compatible implement control through the touchscreen, while Tractor Implement Management enables compatible equipment to control selected tractor functions.

Award-winning Advanced Vision Assisted Guidance previews further automation

Also showcased on the T4 F/N/V at EIMA 2026 is New Holland's award-winning Specialty Vision Sensor, previewing technology planned for launch in 2027.

Winner of an EIMA Technical Innovation Award in 2024, the system was developed completely in-house by New Holland's team in Modena, Italy.

It uses LiDAR-based vision technology rather than GPS to guide the tractor within orchard and vineyard rows, manage headland turns and support perception-based implement control.

The technology also automates spraying. With a trailed ISOBUS sprayer, it can control the left and right sections at row ends, detect missing trees or plants and stop spraying where no crop is present. Applying product only where required can reduce crop-protection inputs, water use and operating costs.

By automating repetitive steering and implement functions, the Specialty Vision Sensor reduces operator workload and improves precision. Together with the T4 F/N/V, Auto Command™ CVT and SpecialtyOps™, it demonstrates New Holland's integrated approach to specialty crops, connecting the tractor, implement, automation and digital management tools.