Five technologies that increase the efficiency of self-propelled spreaders

The evolution of the self-propelled spreader has revolutionized the way inputs are applied in the field. With increasingly advanced technologies, these agricultural machines offer greater precision, reduce waste, and increase productivity on rural properties.

Whether distributing limestone, fertilizers, or other amendments, onboard technologies allow you to control every detail of the operation, ensuring savings, sustainability, and consistent results season after season.

In this article, you'll learn about five technologies that increase the efficiency of self-propelled spreaders and understand how they contribute to more precise, faster, and more economical applications.

5 technologies embedded in self-propelled distributors

Today's self-propelled spreaders incorporate intelligent systems that enhance operational control and precision. These features range from sensors and electronic controllers to mapping and data analysis software, enabling faster, more assertive decision-making.

In addition to making the operator's job easier, the onboard technology ensures more uniform applications, reduces overlap, and optimizes the use of inputs.

This evolution is directly linked to Precision Agriculture, which seeks to balance productivity, sustainability and profitability, adapting each application to the specific conditions of each crop area.

Below, discover five solutions that transform the operation of this agricultural machine and help producers achieve better results.

1. Agricultural controller for variable rate application

When applying at a variable rate, the agricultural controller automatically adjusts the amount of inputs according to the prescription map, avoiding excess and ensuring that each area receives the exact dosage.

• Direct benefit: cost reduction and more efficient application;

• Impact on soil: improves uniformity and prevents nutrient overload.

A practical example is: when applying limestone or fertilizers at a variable rate, the self-propelled spreader can correct deficient areas without wasting product in already balanced regions, maximizing the return on investment.

2. GPS system integrated into the agricultural controller

The integrated GPS guides the route and application areas of the self-propelled spreader with high precision, ensuring that each work strip is executed in an aligned manner and without overlaps or gaps.

In Stara machines, the GPS receiver is integrated with the Topper agricultural controller. This technology ensures that the input is applied exactly where needed, respecting agronomic planning and avoiding waste.

The GPS integrated into agricultural equipment also improves the accuracy of the information available in Telemetry and Machine Monitoring, which are specialized Stara services.

For agricultural machinery operators, using GPS in the field provides greater safety and confidence while driving, reducing the need for manual adjustments and facilitating navigation, even in large areas or with low visibility.

For the producer, the result is clear: time optimization, lower fuel consumption and maximum use of the machine's capacity, with a direct impact on reducing operating costs.

3. Autopilot function or autopilot

Technologies such as autopilot allow the agricultural spreader to repeat routes autonomously, maintaining constant alignment and speed throughout the operation.

In Stara self-propelled spreaders, the autopilot is integrated with high-precision GPS systems, reducing operator fatigue and ensuring that each pass follows exactly the planned route.

The productivity gain is significant: while the system takes care of navigation, the operator can focus on machine adjustment, performance monitoring, and application quality.

This results in consistency in operations, ensuring uniform applications even over long shifts and in varied working conditions, such as uneven terrain or low visibility.

When distributing fertilizer over large areas, the autopilot eliminates overlaps and gaps, reducing waste of inputs and maximizing the efficiency of the workday.

4. Agricultural monitor connected to technical assistance

Agricultural monitors on board self-propelled spreaders can be directly connected to the manufacturer's technical assistance.

Stara's Topper controller, for example, allows remote access for technical support to assist the operator in the cab.

Through Conecta, Stara's remote technical assistance service, factory specialists can access agricultural machine data in real time. This allows them to immediately guide operators via WhatsApp to correct faults and ensure efficient field work.

This connection not only prevents productivity losses, but also serves as an ally in preventative maintenance, allowing you to identify abnormal behaviors and take action before small adjustments become bigger problems.

Records are stored for later analysis, facilitating data management, performance comparison, and the adoption of continuous improvement strategies aligned with Precision Agriculture.

5. Remote management application to regulate the distributor via cell phone

Some self-propelled spreaders already have digital features that simplify essential operational steps. One example is the Stara Distribution App, developed to streamline and simplify agricultural spreader calibration.

With it, the operator makes adjustments following the instructions provided by the mobile app, especially regarding blade adjustments. This technology reduces the time required to prepare the agricultural machine, prevents application errors, and contributes to more uniform and efficient distribution.

How to choose the self-propelled spreader with the right technology?

When investing in a self-propelled spreader, it is essential to evaluate which agricultural technologies best meet the needs of your rural property.

Factors such as the type of input applied, the work area, the topography, and integration with Precision Agriculture systems should influence the decision.

Self-propelled spreader models such as the Hércules 4.0 and 6.0, for example, already come equipped with advanced features such as variable rate, integrated GPS, and real-time monitoring, providing high performance and input savings.

Conclusion

In this article, you learned about the key technologies that can increase efficiency when using self-propelled spreaders. By investing in precision solutions, producers reduce costs, improve application quality, and extend the life of their agricultural machinery.

Now that you know the main features, evaluate which ones best fit your crop's needs and rely on modern self-propelled spreaders to take field efficiency to a new level.