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Industry Solutions

Forestry and Agricultural Drone Survey Solutions

Drone photogrammetry for agronomy and forestry enables accurate and efficient data collection for agriculture and forest mapping, giving stakeholders clear insights into crop health, vegetation density, and terrain elevation. With this technology, decision-makers can better plan, monitor, and optimize their agricultural fields or forestry assets.

Our agronomy and forestry measuring equipment consists of laser technology applied to unmanned aircraft, which opens the door to fast and accurate measurements of 3D topography even in challenging terrains and structures. Lasers that use multiple returns greatly increase the possibility of measuring points on the ground versus points on vegetation, which makes LIDAR particularly useful in congested terrain. This combination of UAVs and advanced laser systems supports both drone mapping for agriculture and forest mapping efforts by delivering fast, detailed surface models and vegetation metrics that traditional methods cannot match.

Why it works

Drone products with thermal and RGB drone survey equipment map forests and fields, detecting pests and assessing soil. These commercial drone solutions provide AI-driven, georeferenced data for precision agriculture and sustainable forestry.

Applications

What teams accomplish in the field

Forest Mapping & Measurement with Drones

The forest environment has traditionally been slow to navigate and measure. With direct measurement LIDAR on drones, dense forests can be measured from tree top to floor with centimeter level accuracy. Using the point cloud outputs, tree diameters and quantities can easily be measured and reported, giving the stockholder the ability to make informed decisions. This makes forestry drone mapping not only faster and safer, but also more scalable for large forest tracts, environmental monitoring, or timber asset management.

Recommended Tools

Robota solutions for this industry

RoboDot Touch RTK GNSS

Survey-grade base, rover, and smart ground control point for centimeter-accurate positioning in any workflow.

Metashape Pro

Professional photogrammetry software that turns drone imagery into orthomosaics, point clouds, and 3D terrain models.

Dot3D

Real-time 3D scanning software for capturing as-built conditions with handheld devices and depth sensors.

FAQ

Common questions

What is forest mapping?

Forest mapping involves using aerial data to create detailed maps of woodland areas, including tree species, density, canopy cover, and terrain. With precise geospatial data, forest mapping supports better forest planning, monitoring, and conservation strategies.

How to survey a forest?

To survey a forest effectively, deploy a drone equipped with multispectral or LiDAR sensors to capture overlapping aerial images. After flying predefined paths, process the data into 3D models and canopy maps, an effective drone forest mapping technique that saves time and improves insight compared to ground-based surveys.

How can drones be used in forestry?

Drones are used in forestry to monitor tree health, measure biomass, detect disease or pest outbreaks, and assist in reforestation planning. Our forestry drone mapping solutions enable forest managers to gather high-resolution, timely data for informed decision-making.

What is the best drone for forestry?

The ideal forestry drone combines long flight time, obstacle awareness, and reliable sensors like multispectral cameras. Our rugged forestry drone mapping platforms are built for dense canopy penetration and high-resolution data capture in challenging environments.

Are agricultural drones worth it?

Absolutely. Drone mapping for agriculture leads to improved crop monitoring, precision spraying, and yield analysis. Farmers using drone imagery see cost savings, better resource management, and faster response to plant health issues.

What is the best drone for agriculture survey?

The best agriculture survey drone combines long endurance, high-res imaging, and reliable GNSS positioning. Our integrated drone mapping for agriculture system meets these needs, delivering accurate data even for large-scale field analysis.

How does drone mapping improve forest management?

Drone-based surveys enable frequent monitoring, early detection of disease or stress, and precise biomass estimation. This modern forest mapping method improves planning efficiency and supports proactive forest conservation.

How accurate are drone-based measurements in dense forests?

With proper georeferencing and RTK GPS, drone-based forestry surveys can achieve sub-meter accuracy, even in dense canopy. Our drone forest mapping tools include high-precision positioning systems to ensure reliable results.

What types of data can drones collect in agriculture and forestry?

Drones capture RGB, multispectral, thermal, and LiDAR data. This varied dataset supports crop health tracking, forest inventory, canopy density mapping, and terrain analysis, all integral to drone mapping for agriculture and forestry management.

How do drones support sustainable forest management?

Drones help monitor regrowth, detect illegal logging, measure carbon storage, and plan conservation areas. By automating forest mapping workflows, managers can proactively manage ecosystems, track sustainability goals, and reduce on-ground impact.

Ready to put precision to work?

Interested in learning more about drone mapping for agriculture or forestry drone mapping with LIDAR precision? Contact us today to explore our user-friendly solutions for vegetation analysis, crop health monitoring, and forest asset evaluation.

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