Smart farming systems connect field operations with information that can guide future decisions. During harvest, that means bringing guidance, moisture sensing, yield monitoring, mapping, and data access into a more coordinated workflow.
The FJDynamics AYM Yield Monitoring Solution is designed around that approach. It integrates precision harvesting with real-time yield and moisture sensing while syncing information to a mobile app and an in-cab terminal. This gives operators multiple ways to view reliable data insights for precise farm management.
How Smart Farming Systems Support Harvest Management
A harvest produces more than grain. It also produces information about moisture, yield, field variation, crop types, inputs, and farming methods. When that information is captured during operation, it can become a useful foundation for reviewing what happened across the field.
The AYM solution combines several connected functions:
- Autosteering for straight-line driving, turning, and speed control
- Real-time moisture monitoring during harvest
- Real-time crop dry-weight measurement
- Optical sensing for yield monitoring
- Automatic yield-map creation
- Data synchronization with a mobile app and in-cab terminal
Together, these functions create a flow from field activity to recorded information. The operator can monitor current conditions during harvest, while the resulting yield map supports comparisons after the work is complete.
Connecting Guidance With Harvest Data
The AYM Yield Monitoring Solution integrates yield monitoring and precision harvesting. Its autosteering capability provides automatic straight-line driving, turning, and speed control, reducing the need for constant manual adjustments during harvest.
The system offers up to ±2.5 cm straight-line navigation accuracy. It can also automatically plan paths intended to prevent skips and overlaps associated with traditional harvesting. These guidance functions are designed to reduce operating fatigue and mistakes while supporting harvesting efficiency.
Guidance and monitoring serve different purposes, but their connection matters. Steering helps manage how the machine moves through the field, while sensors record moisture and yield information during the same operation. That combination brings machine movement and harvest measurement into one workflow.
Monitoring Moisture in Real Time
Crop moisture can influence decisions about harvesting and drying. AYM uses a high-precision moisture sensor to monitor moisture levels and measure crop dry weight in real time.
Live moisture information can be viewed during harvest, allowing the operator to adjust plans for harvesting and drying based on the available data. The documented measurement range is 5% to 30% moisture content, depending on grain type. Within that range, the stated measurement accuracy is ±0.5%.
Because the supported moisture range depends on grain type, operators should consider the crops involved when evaluating the solution. The approved product information does not identify specific supported grains, so grain-specific suitability should be confirmed directly with FJDynamics before deployment.
Building Yield Maps During Harvest
AYM integrates optical sensing technology to create a yield map automatically during harvest. Instead of treating yield only as a final field total, the map provides a way to examine variation recorded across the harvested area.
The resulting information can help users compare:
- Performance across different fields
- Results among crop types
- Differences associated with fertilization inputs
- Outcomes from different farming methods
These comparisons can inform future improvement and smart decision-making. A yield map does not make the management decision by itself; it organizes field information so operators can review patterns and consider them alongside their own agronomic and operational context.
Data is synced to the mobile app and in-cab terminal. This connected access supports the broader role of smart farming systems: making field information available where it can be reviewed and used for precise farm management.
Reviewing the Published Operating Specifications
The documented specifications help define the operating boundaries of the AYM Yield Monitoring Solution.
| Specification | Published value |
|---|---|
| RTK accuracy | ±2.5 cm |
| Moisture measurement range | 5% to 30%, depending on grain type |
| Measurement accuracy | ±0.5% within the 5% to 30% moisture range |
| Input voltage | 12–18V DC |
| Operating temperature | -20°C to +50°C |
| IP rating | IP66 |
These values should be reviewed together rather than in isolation. Accuracy addresses guidance or measurement performance, while voltage, temperature, and IP rating describe operating requirements or environmental protection. They do not establish compatibility with every harvester, crop, or farm setup.
Questions to Consider Before Implementation
A connected harvesting solution should fit the equipment, crops, data workflow, and decisions that matter to a particular operation. Before selecting or implementing a system, useful questions include:
- Is the existing harvester compatible with the required guidance and sensing components?
- Do the intended grain types fall within the documented moisture measurement range?
- Where will operators view live data during harvest?
- Who will review yield maps after the season?
- Which field, crop, input, or farming-method comparisons will support future planning?
- Do the available electrical and operating conditions match the published specifications?
The approved product document does not provide a complete compatibility list or installation requirements. Those details should be confirmed with FJDynamics for the specific machinery and operating environment under consideration.
From Harvest Activity to Usable Insight
The value of connected harvest technology lies in the relationship between fieldwork and recorded information. AYM brings together autosteering, moisture sensing, dry-weight measurement, yield mapping, and synchronized data access within a precision harvesting solution.
For farms evaluating smart farming systems, the next step is to define the machines, grain types, operating conditions, and management questions involved. Contact FJDynamics to discuss compatibility and determine how the AYM Yield Monitoring Solution may fit the intended harvest workflow.
