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Mapping

Drone land survey: map in hours what takes days on foot

Ground surveys are slow, hard over rough terrain, and only capture the points someone walked to.

The Problem
The Problem

How does a drone land survey work?

Planning, land records, mining and infrastructure all start with a survey. On foot, large or difficult sites take a team days, and work waits for the results.

The problemA team walks the site point by point.
Days on footOnly points that were walked
The solutionAn automated grid mission captures the entire area.
HoursThe whole site, mapped

A mapping drone flies an automated grid over the site and captures overlapping images or LiDAR data. Software then turns that data into orthomosaics and terrain models.

This matters most on large or difficult sites, where walking the ground is slow and only records the points someone reached. A drone records the whole surface, so you can measure areas you did not think to visit.

Identify It

Signs you have this problem

  • Survey results are holding up planning or design work
  • The site is too large, steep or wet to walk easily
  • You need a complete surface, not just survey points
  • Corridor projects need many days of field work
Choose A Solution

What to look for

  • RTK or PPK positioning for survey-grade accuracy
  • Automated grid and corridor mission planning
  • LiDAR if you must map ground under vegetation
  • Direct export to your GIS or CAD software
Why It Happens

The main causes

01

Size

Large sites and long corridors take many days to cover.

02

Terrain

Slopes, water and dense ground slow teams and limit access.

03

Sparse data

A ground survey records points, not the complete surface.

Side By Side

Before and after

Time on site
WithoutDays
With DecouvertesHours
Output
WithoutSurvey points
With DecouvertesOrthomosaics and terrain analysis
Accuracy
WithoutDepends on points walked
With DecouvertesSurvey-grade RTK / PPK positioning
Using the data
WithoutRe-entered by hand
With DecouvertesDirect export to GIS and CAD
Implement It

How to solve it, step by step

  1. 1

    Plan

    Set the grid or corridor mission for the area.

  2. 2

    Fly

    The UAV captures images or LiDAR automatically.

  3. 3

    Process

    Build orthomosaics and terrain models.

  4. 4

    Deliver

    Export to your GIS or CAD workflow.

Questions

Common questions

How accurate is a drone survey?

It depends on the sensor, flight height and ground control. RTK or PPK positioning and checkpoints are the usual way to reach survey-grade results.

Photogrammetry or LiDAR: which should I use?

Photogrammetry suits most open sites and gives true colour. LiDAR is better where you need the ground under tree cover. Our mapping guide explains both.

What do I receive from a mapping flight?

Typically orthomosaics, terrain analysis and data ready for your GIS or CAD workflow.

Your Mission

Facing this problem?

Tell us about your mission and our engineers will suggest the right platform or configuration.