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Capturing the Full Spectrum of Field Data

Our robots come equipped with an extensive range of sensors and tools, painting a comprehensive picture of field health and condition. Key measurements include:

  • NDVI (Normalised Difference Vegetation Index): To gauge turf health.

  • Visual Imagery: Detailed photographs to capture every field nuance.

  • Penetrometer: Assessing soil compaction levels.

  • Clegg Hammer: To measure surface firmness.

  • Moisture Sensors: Checking for the right hydration levels of the turf.

  • Multispectral Sensor: Gaining insights beyond the visible spectrum for a deep dive into turf health.

  • Thermal Camera: A compact thermal imaging tool that measures surface temperature, helping identify areas of stress or potential irrigation issues.


Control and Precision in Every Move

Our autonomous robots are designed with precision controls, ensuring accurate navigation and consistent data collection across every sports field. Every step is calibrated for reliability, allowing for dependable measurements on each pass.

Empowering You With Direct Control

We believe in the power of customisation. With our mission planner, clients have the ability to directly control and define the robot's assessment path. By selecting a specific field area and setting waypoints, you can tailor the assessment to focus on areas of interest or concern. This hands-on approach ensures that the robot's mission aligns perfectly with your needs, offering both precision and personalisation in every evaluation.

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Data-Driven, Intelligent Analysis

Employing state-of-the-art AI, we score the grass based on health metrics. This intelligent interpretation ensures that our assessments provide a deeper, more nuanced understanding of the field's overall condition.

Insights Beyond the Eye

Our technology doesn’t just capture images; it delves deep into them. Through sophisticated image processing, we calculate grass coverage, differentiate between healthy and stressed grass patches, and produce an NDVI image, providing a visual representation of vegetation vitality.

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