Vermeer unveils the Pro G4 baler line, featuring advanced technology for premium silage and dry hay production. With two models offering flexible bale sizes and innovative features like the 17-knife chopping system, these balers help enhance efficiency for farms of all sizes.
Vermeer launches the 504 Pro G4 and 604 Pro G4 balers, designed to deliver premium silage and dry hay for livestock operations of all sizes. These versatile machines offer innovative features that help boost productivity and bale quality across various crops and moisture levels, from dense silage to dry hay. “The Pro G4 balers represent a significant step forward in silage and hay production,” said Bret Julian, sales and channel advancement director for Vermeer Forage Solutions. “These machines combine cutting-edge technology with practical design to help farmers create nutrient-dense forages efficiently, regardless of weather conditions or crop type.”
The Vermeer Pro G4 baler line offers two models to accommodate different operational needs. The 504 Pro G4 produces bales with diameters ranging from 36 in to 60 in (91.4 cm to 152.4 cm), while the 604 Pro G4 extends bale diameter range up to 72 in (182.8 cm). Both models maintain a consistent bale width of 48 in (122 cm), allowing farmers to choose the baler that best fits their equipment capabilities and storage requirements.
Equipped with a two-bank, 17-knife chopping system, Vermeer Pro G4 balers give operators the ability to fine-tune their cut length for optimal silage fermentation. By selecting 8, 9, or all 17 knives, farmers can optimize bale density, silage quality, and digestibility to meet their specific needs. This flexibility enhances feed quality and can minimize mixing time, helping to optimize livestock nutrition, whether producing silage or dry hay bales.
At the core of Vermeer Pro G4 balers’ advanced functionality is the Vermeer Atlas Pro™ control system, featuring a 7-in (17.8-cm) color touchscreen. This system empowers operators to monitor real-time bale statistics and adjust key parameters from the comfort of the tractor cab. The level of control offered by the Atlas Pro system allows for on-the-go optimization, resulting in consistent, high-quality bales tailored to specific crop conditions or customer preferences, whether baling wet silage or dry hay.
Vermeer has strategically positioned the netwrap system at the rear of Pro G4 balers, enabling easy loading and facilitating edge-to-edge wrapping. Operators can adjust net tension directly from the cab, allowing for precise control over bale formation and wrapping. This feature not only saves time but also helps create well-formed, tightly wrapped bales that maintain their quality during storage and transport, crucial for preserving silage nutrients and protecting dry hay from the elements.
Vermeer Pro G4 balers feature a camless wide pickup measuring 73 in (185.4 cm), designed for durability and efficiency in varying field conditions. Equipped with rubber-mounted teeth, this pickup can handle heavy windrows with ease while minimizing wear, contributing to the overall reliability of the baler whether working with wet silage crops or dry hay.
To further enhance productivity in challenging baling conditions, Vermeer has incorporated a drop floor system into Pro G4 balers. The spring-mounted floor flexes during baling to aid crop flow, helping reduce the likelihood of plugs. In the event of a blockage, operators can lower the floor hydraulically from the cab, quickly clearing the plug without leaving the tractor. This feature minimizes interruptions and keeps operators baling efficiently, whether in dense silage crops or variable dry hay conditions.
Power distribution in the Pro G4 balers is managed by a powersplit transmission, which evenly distributes power between the pickup and chamber, allowing smooth operation even in challenging conditions. Built with heavy-duty components like large bearings, shafts, rollers, and chains, these balers are designed to withstand intensive use throughout the haying season. Four endless belts made from synthetic material and rubber offer exceptional durability and low maintenance, translating to increased reliability and allowing farmers to focus on their harvest rather than equipment upkeep.
