Agriculture

Agriculture

Evo Enterprise - Long-range UAV for crop, livestock and land monitoring

Monitoring more from the air

Agricultural operations often span large areas with changing crop conditions, terrain and access. Evo Enterprise uses multispectral, thermal and RGB imaging to monitor crop health, assess irrigation needs and identify areas that require closer inspection.

Dual payload bays let operators use compatible lightweight sensors in the same flight, reducing configuration changes across large-area surveys. Long-endurance VTOL operation extends coverage across fields, forests and grazing areas without the need for runway infrastructure.

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Benefits of agricultural drones

Agricultural drones reduce the groundwork needed to monitor large areas and make it easier to collect consistent crop and field data throughout the season.

Remote surveys reduce the need for personnel to enter difficult terrain or inspect large areas on foot. This enables precise, real-time monitoring of expansive farmlands while minimising human exposure to potentially dangerous environments such as uneven terrain or chemical-treated zones.
Automated flight plans make it easier to revisit the same areas throughout the growing season and compare changes over time. This enables more frequent, consistent data collection, improving the ability to analyse changes and accurately predict crop needs.
VTOL operations and long-range flight enable data collection or delivery of essential supplies across uneven, remote or hard-to-reach areas without relying on road access.

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Operational applications

Agricultural drones support crop scouting, irrigation assessment, livestock monitoring and land management across large farming areas.

  1. Crop scouting and yield estimation

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    Crop scouting and yield estimation

    Multispectral imagery shows variation in crop condition, highlights areas needing closer attention and supports yield estimates. It can also reveal early signs of disease, pest infestation and nutrient deficiencies for timely intervention.

  2. Irrigation and soil management

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    Irrigation and soil management

    Thermal and multispectral data reveal variation in crop and surface conditions, helping teams assess irrigation needs, identify drainage issues and monitor areas at risk of erosion or soil degradation.

  3. Vegetation mapping

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    Vegetation mapping

    Multispectral imagery shows how vegetation varies across different soil types and terrain, giving teams a clearer view of crop development and plant stress. This helps guide crop management and compare growing areas over time.

  4. Forestry management

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    Forestry management

    Aerial surveys can record tree cover, growth, and visible damage across large forested areas after a natural event, supporting sustainable management practices and providing a consistent basis for monitoring change over time.

  5. Cattle monitoring

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    Cattle monitoring

    Aerial observation provides a broader view of livestock location and movement across grazing areas, enabling pasture management and animal health monitoring while reducing the ground coverage needed for routine checks.

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Agricultural drone outputs

Different payloads capture visual, multispectral and thermal information for crop monitoring, mapping and comparison throughout the season.

RGB orthomosaic maps

Georeferenced RGB imagery creates a detailed field map for crop scouting, planning and comparison between surveys.

Multispectral imagery

Multispectral sensors record differences in vegetation reflectance to be used to assess crop condition and field variations.

Analytical data

Processed and compared imagery can support crop assessment, yield estimation and field management decisions.

DeltaQuad Evo Enterprise

Agricultural drone for efficient crop monitoring

  • 280 kmMax. flight range
  • 4+ hoursMax. flight time
  • 3 KGPayload capacity