EN 
PT_BR 
The 2026/27 soybean crop begins with expectations of an expansion in cultivated area in Brazil. According to data released by the National Supply Company (Conab), the oilseed is expected to occupy 49.3 million hectares this season, an increase of 1.41 TP4T compared to the previous cycle. With the gradual opening of planting windows, producers need to take advantage of the appropriate period for sowing and maintain the efficiency of their operations.
The start of planting presents different production scales with the same challenge: getting the machines into the field within the ideal window, with precision and control. The capacity of the equipment varies according to the size of the property, but technologies focused on automation and monitoring can assist in carrying out the activities.
Features such as autopilot, input control, real-time monitoring, and maneuver automation allow for tracking operations during planting. These tools can also reduce overlaps, increase operational efficiency, and transform data collected in the field into information for decision-making.
“Each property has a different reality, and technology needs to keep up with this diversity. Regardless of the size of the operation, the producer seeks more precision and control in the field. The goal is to make better use of the planting window, reduce waste, and make each pass of the machine more efficient,” says Lucas Zanetti, Product Marketing Manager at Massey Ferguson.
According to data released by Massey Ferguson, the company offers equipment and technologies geared towards different scales of production, from 105 hp tractors for smaller farms to 425 hp models designed for higher-capacity operations.
Among the equipment aimed at small and medium-sized properties is the MF 5M series, with models ranging from 105 hp to 145 hp. The tractors can be equipped with autopilot and telemetry, features designed to increase driving precision and allow remote monitoring of operations.
The system can operate with the MF 500 planter, available with up to 17 rows and equipped with Precision Planting technologies. According to data released by Massey Ferguson, the system can achieve up to 99% of singulation, an index related to the uniformity in seed distribution.
The combination of equipment can increase operational capacity in the field by up to 20%, according to data released by Massey Ferguson.
On farms requiring greater work capacity, the MF 8S Xtra tractor, available in versions from 265 hp to 305 hp, can operate with the Momentum planter with 18 to 24 rows. The combination of features focuses on controlling input application and executing planting activities.
Among these technologies is the vApply Granular system, which controls fertilizer application and can reduce input waste by up to 50%, according to data released by Massey Ferguson.
The system also incorporates solutions focused on controlled traffic, allowing operations to be carried out on the same tracks throughout the crop cycle.
On the tractor, the Dyna-VT transmission allows the speed to be adjusted to the working conditions. The MF 8S Xtra also features a reversible fan for automatic hood cleaning and the Protect-U concept, which isolates the engine from the cab and reduces the transfer of noise, heat and vibrations to the operator.
In large areas, the MF 9S tractor, Massey Ferguson's most powerful model, reaches 425 hp and was developed to work with the Momentum 30 and 40 row planter.
According to data released by Massey Ferguson, the equipment incorporates features such as MF AutoTurn and AutoHeadland, which automate maneuvers performed at the headlands. During planting, these technologies help reduce overlaps and gaps between passes and decrease the need for constant operator intervention.
In the Momentum planter, the intelligent chassis combines Smart Frame and Weight Transfer technologies. These systems automatically distribute weight along the machine and allow for the application of additional load in uneven terrain.
The strategy aims to promote soil contact and uniformity of planting depth. According to data released by Massey Ferguson, field trials indicate gains of up to 3% in soybean productivity with the planter's solutions.
The equipment also features line-by-line control, which prevents overlapping of inputs, as well as real-time monitoring of the operation.
Another challenge for large areas is moving machinery between different points on the property. According to data released by Massey Ferguson, the Momentum planter can be transported with a width of 3.6 meters without disassembly.
The ability to transport the equipment in this configuration facilitates movement between different planting areas and can reduce the time required to move the machines.
With the 2026/27 soybean crop beginning in different producing regions, the use of precision technologies is becoming integrated into strategies to take advantage of the planting window. The combination of operational capacity, input control, automation, and monitoring aims to make each stage of planting more efficient.
