Choosing a precision farming equipment provider requires more than comparing individual sensors or displays. The larger question is how guidance, yield measurement, moisture sensing, mapping, and data access work together during harvest. A connected solution can give operators live information in the cab while preserving field records for later review.
The AYM Yield Monitoring Solution from FJDynamics is one evidence-backed option. According to the approved product brochure, it combines yield monitoring and precision harvesting through real-time yield and moisture sensing. It syncs data to a mobile app and in-cab terminal and interlinks with FieldFusion. Reviewing these documented functions alongside broader provider questions can help farms assess both immediate harvesting needs and longer-term workflow fit.
Provider-Selection Criteria for Harvest Technology
A provider should be evaluated around the complete harvest workflow rather than a single feature. During harvest, operators need to guide machinery, observe changing crop conditions, record yield information, and keep data available for future decisions.
When comparing providers, ask:
- Documented capability: Which functions are supported by product documentation, and which depend on configuration or additional equipment?
- Support and service coverage: What support channels, response arrangements, service locations, and coverage terms are available for the intended operating area?
- Implementation requirements: What machine, electrical, crop, connectivity, installation, and configuration requirements must be confirmed before deployment?
- Training: What operator and farm-management training is included, and who provides it?
- Data ownership and access: Who can access collected data, how can it be exported or reviewed, and what happens if the farm changes systems or providers?
- Total workflow fit: How well do guidance, sensing, mapping, in-cab visibility, mobile access, and post-harvest review fit the farm's existing responsibilities and processes?
These questions help separate confirmed capabilities from assumptions about configuration, support, or results.
AYM Functions Within the Provider Comparison
The AYM solution brings several harvest functions together by leveraging the FJD AT2 Auto Steer System. Its documented capabilities include smart autosteering, real-time moisture monitoring, yield mapping, and live data synchronization.
| Evaluation area | AYM documented evidence | Provider question |
|---|---|---|
| Guidance | Smart autosteering includes automatic straight-line driving, turning, and speed control, with up to ±2.5 cm straight-line navigation accuracy and automatic path planning to help prevent skips and overlaps. | What guidance functions, accuracy, and path-planning requirements apply to the intended machine and field operation? |
| Moisture and yield measurement | A high-precision moisture sensor monitors crop moisture and measures crop dry weight in real time. Optical sensing technology automatically creates a yield map during harvest. | Which grain types are supported, and how does the stated measurement range apply to the intended crop? |
| Mapping and comparison | The brochure says yield maps can help compare fields, crop types, fertilization inputs, and farming methods for future improvement. | How will the farm review maps and use them in its existing decision process? |
| Data access and integration | Data syncs to a mobile app and in-cab terminal and interlinks with FieldFusion. | How will access, export, user responsibilities, and the FieldFusion workflow fit the farm's data practices? |
| Implementation conditions | Documented specifications include 12–18V DC input voltage, -20℃ to +50℃ operating temperature, and IP66 protection. | What installation, machine, environmental, and configuration checks are required before use? |
The AYM-specific entries above reflect the approved brochure. The questions identify points that a provider should confirm rather than unverified capabilities.
Connecting Guidance With Harvest Monitoring
Guidance and crop measurement serve different purposes, but they occur within the same harvest pass. The AYM solution integrates yield monitoring with precision harvesting by using autosteering as part of the overall setup.
The brochure states that the autosteering functions include automatic straight-line driving, turning, and speed control. These functions are intended to reduce the need for constant manual adjustments during harvest. The system also offers up to ±2.5 cm straight-line navigation accuracy and automatically plans paths to help prevent skips and overlaps.
For buyers, the important distinction is that guidance is not presented as an isolated feature. It works alongside moisture sensing and yield monitoring while the crop is being harvested. That integration provides a clearer basis for evaluating a solution than looking at navigation or sensing separately.
Understanding Real-Time Moisture and Yield Data
Crop moisture can influence harvest and drying plans. AYM uses a high-precision moisture sensor to monitor crop moisture levels and measure crop dry weight in real time. Operators can view live moisture data while harvesting and use that information when considering adjustments to harvest or drying plans.
The solution also uses optical sensing technology to create a yield map automatically during harvest. The brochure identifies several potential areas of comparison supported by these maps:
- Different fields
- Crop types
- Fertilization inputs
- Farming methods
A yield map gives the collected measurements a field-based context. Instead of leaving information only as a live reading, mapping creates a record that can be reviewed when considering future improvements. The approved material does not state that a map determines the cause of every yield difference. Rather, it provides information that can support comparisons across fields, crops, inputs, and practices.
Documented Specifications for the Yield Monitoring Solution
Specifications help determine whether a system fits the electrical and operating conditions of a particular machine and harvest environment. The following details come directly from the approved AYM brochure.
| Specification | Documented 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℃ to +50℃ |
| IP rating | IP66 |
These figures should be reviewed in the context of the intended crop, machine, operating environment, and complete system configuration. In particular, the documented moisture range depends on grain type.
Following Data From the Field to Farm Management
Live information is most useful when it can reach the people and tools involved in field decisions. The AYM solution syncs data to both a mobile app and an in-cab terminal and interlinks collected information with FieldFusion. The brochure describes this connection in relation to precise farm management; it does not establish integrations with unspecified farm-management platforms.
This creates a documented data path:
- Moisture and yield information is sensed during harvest.
- Live information is available through the in-cab terminal.
- Data is synchronized to the mobile app.
- Yield information is organized into maps.
- The solution interlinks with FieldFusion for the stated farm-management workflow.
When comparing providers, buyers can use this path to examine where data appears, how it moves, who can access it, and how it can be reviewed after harvest. Individual farms should assess how the documented workflow relates to their own operations.
Questions to Ask Before Selecting a Provider
A productive provider discussion should connect published capabilities with the farm's actual harvest process. Ask the provider to confirm:
- Which grain type will be monitored, and how does it relate to the stated 5% to 30% moisture measurement range?
- Where will operators view live moisture and yield information during harvest?
- How will data synchronization between the in-cab terminal, mobile app, and FieldFusion workflow fit existing responsibilities?
- What data access, ownership, export, and retention terms apply?
- What installation, machine electrical, connectivity, and environmental conditions need to be checked against the published specifications?
- What training, service coverage, and implementation support are available?
- How will yield maps be reviewed across fields, crop types, fertilization inputs, or farming methods?
- What additional configuration is required for the intended machine and harvest operation?
Answers should remain specific to the documented system and the intended field operation. This helps separate confirmed capabilities from assumptions about configuration or results.
Bringing Harvest Guidance and Data Together
The strongest evaluation begins with the whole operation: machine movement, crop sensing, operator visibility, data synchronization, provider support, and post-harvest review. AYM combines documented functions through autosteering, real-time moisture and dry-weight measurement, automatic yield mapping, mobile and in-cab data access, and an interlink with FieldFusion.
Before selecting a provider, ask it to confirm the intended grain type, moisture-range applicability, machine voltage, operating-temperature and IP requirements, installation needs, training, service coverage, data-access terms, and required configuration. Farms comparing precision harvesting options can then map each confirmed function to their crops, machines, and decision process. Contact FJDynamics to discuss the AYM Yield Monitoring Solution and determine what additional configuration information is needed for a specific operation.
