Microclimate monitoring
Measures temperature, relative humidity, VPD and air pressure.
Core capabilities and practical value for deployment.
Measures temperature, relative humidity, VPD and air pressure.
Supports real-time CO2 and NH3 concentration measurements.
Measures light intensity and environmental noise.
Captures high-resolution imagery for visual analysis and crop assessment.
Supports spatial and temporal environmental analysis.
Remote-controlled now and suitable for future autonomy development.
Detailed technical data for evaluation and system integration.
| Dimensions (L × W × H) | 650 × 480 × 420 mm |
|---|---|
| Weight | Approx. 22 kg |
| Max speed | 1.5 m/s |
| Mobility | All-terrain wheels, 4WD |
| Protection | IP54 |
| Battery life | Up to 8 hours |
|---|---|
| Communication | LoRaWAN, Wi-Fi |
| Sensors | Temperature, RH, VPD, air pressure, CO2, NH3, light, noise (expandable) |
|---|---|
| Camera | RGB camera |
| Operating temperature | -10 to +50 °C |
Select an image to view the full-resolution version.
FieldScout enables researchers to collect georeferenced environmental data across experimental fields and crop trials. Monitor microclimate conditions, gas levels, light intensity, noise, and RGB imagery to analyze spatial and temporal variations in agricultural environments.
FieldScout supports controlled greenhouse experiments by continuously monitoring environmental conditions around crops. Collect detailed microclimate and imaging data to evaluate plant growth, trial performance, and greenhouse variability.
FieldScout helps monitor environmental conditions in livestock facilities and barns. Measure air quality, temperature, humidity, gas concentrations, and other parameters to support healthier animal environments and better facility management.
Designed for robotic intercropping research, FieldScout collects environmental and visual data across mixed-crop systems. Analyze crop interactions, growing conditions, and field variability to optimize sustainable cultivation strategies.
FieldScout creates detailed georeferenced environmental datasets by moving through agricultural areas and capturing spatial variations. Visualize field conditions and support data-driven decisions for precision agriculture applications.
Configuration-specific availability and pricing.
Standard FieldScout configuration; final sensor and accessory selection confirmed during quotation.
Quotation requiredVersion and hardware compatibility information for supported products.
API resources for accessing FieldScout environmental sensing data, including georeferenced measurements, sensor readings, and agricultural datasets for integration with external platforms.
Available through technical supportCloud-based dashboard for visualization and analysis of FieldScout collected data, including real-time monitoring, historical trends, georeferenced information, and environmental insights.
Available through technical supportPayload decoder resources for processing LoRaWAN messages from FieldScout sensors and converting transmitted data into readable environmental measurements.
Available through technical supportPython resources for processing, analyzing, and integrating FieldScout environmental datasets in research and agricultural data workflows.
Available through technical supportProducts, accessories, gateways and software designed to work with this product.
Publisher-hosted papers linked through DOI and publisher URLs.
Adaptive AgroTech R&D Team
Adaptive Agrotech Technical Research Report, 2026
FieldScout is a mobile environmental sensing platform developed for digital agriculture research and precision farming applications. The system combines autonomous mobility, wireless sensing, georeferenced data collection, and RGB imaging to support monitoring of agricultural environments including research fields, greenhouses, livestock facilities, and intercropping systems. The platform enables researchers to collect spatial and temporal environmental data, including microclimate parameters, gas measurements, light conditions, and visual information for improved understanding of agricultural variability.
Publisher PageSupport for product selection, deployment, integration and continued operation.
Share your application, sensing requirements, environment and expected integration scope with our engineering team.
Contact Adaptive AgroTechA lightweight mobile environmental sensing platform combining wireless sensors, RGB imaging and georeferenced data collection for research in fields, greenhouses and barns.
The product is offered as a configurable, quotation-based system. Final sensor, communication and integration requirements should be confirmed before ordering.
Yes. Remote technical support for configuration and integration is available.
Add the required product configuration to your cart, then send the complete selection to Adaptive AgroTech sales. Custom sensors, quantities, installation, training and integration requirements can all be included.
Your selected configuration and quantity will be carried into the quotation request automatically.
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