Modern agriculture and environmental research demand fast, reliable, and portable solutions — and the Mobile Soil Testing Instrument delivers exactly that. Designed for ease of use in the field, this compact mobile soil sensor connects directly to your smartphone via a free, multifunctional app, providing instant soil analysis at your fingertips.
At the heart of the instrument is its high-precision sensor, capable of measuring a wide range of critical soil parameters, including:
- Temperature
- Nitrogen (N)
- Phosphorus (P)
- Potassium (K)
- Electrical Conductivity (EC)
- Soil Fertility
- Moisture
- pH Level

With one device, users can gain comprehensive insights into soil health, enabling better decisions for planting, fertilization, and soil management.
Mobile App Features
The free mobile app provides a powerful platform. Through the app, users can access:
Real-time data display for immediate insights
Historical data storage and management
Graphical trend analysis for tracking changes over time
One-click data export (Excel/PDF) for easy reporting

Interface interchangeability among 8 languages, ensuring global usability

Dual Testing Modes for Flexible Applications

To adapt to various agricultural and scientific monitoring needs, the mobile soil sensor supports two practical measurement modes:
⚡ Rapid Testing Method
This method involves inserting the sensor directly into the soil surface to quickly assess current conditions. It’s ideal for real-time spot checks and rapid evaluations across multiple locations. With minimal setup, users can obtain immediate readings of nutrients, moisture, pH, and more — helping them make fast, informed decisions in the field.
Best for:
- Quick field assessments
- Routine monitoring during planting or fertilization
- Large-area scanning with multiple sampling points
🌱 Buried Testing Method
In this approach, the sensor is buried at a specific depth in the soil and left in place for a longer duration. This enables stable, continuous monitoring of soil parameters over time, minimizing surface interference and environmental fluctuations.
Best for:
- Long-term crop trials and soil behavior analysis
- Monitoring soil changes throughout growth cycles
- Generating accurate data for scientific research or automated irrigation systems
These two modes offer unmatched flexibility, giving users the freedom to choose the right approach based on their application, from rapid decision-making to in-depth soil diagnostics.
Reliable Data Management Anywhere, Anytime
In addition to live data, the device features built-in memory for offline storage of thousands of records. Users can upload data to cloud platforms or local devices and export with a single click. This ensures that data collected by the mobile soil sensor is always safe, organized, and ready for further analysis or reporting.
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