Drones and Land Surveying

Cadastral Surveying

Boost the efficiency of data collection by quickly creating reality models that include plots and attachments using high-accuracy drone solutions.

Land-cover and Land-use Change

Generate 2D orthomosaics in real-time so teams can immediately visualize land cover and identify any changes.

Topographic Surveying

Map and model large areas quickly with drones to produce data for accurate 2D and 3D models.

Traditional Challenges in Cadastral Surveying

Field work requires many teams putting in long manhours, extending project timelines and incurring higher costs.

It is difficult to visualize the property or the lot in question using traditional survey outcomes like vector maps alone.

How Drones Elevate Cadastral Surveying

Generate 1:500 scale maps without using GCPs while meeting centimeter-level accuracy requirements.

Improve the efficiency of data collection and processing up to 10 times, acquiring deliverables quickly and shortening project lifecycles.

Gain industry-standard outputs like DOM, DSM, 3D reality models and more.

Small teams can cover large areas quickly by operating multiple drones with a single remote controller.

Traditional Challenges in Managing Changes in Land Cover and Land Use

Satellite data is expensive and cannot be accessed on demand, while the resolution and data accuracy are subpar.

Field work is slow and inefficient using total stations and handheld RTK devices. Collecting usable data is difficult in remote areas or locations with obstructions.

How Drones Help Manage Land-cover and Land-use Change

Visualize results quickly using real-time 2D orthomosaics or create accurate, high-resolution maps in post-processing.

Significantly reduce costs by using affordable drone and software solutions that automate data collection and processing.

Keep digital records that can be easily used for regular land cover comparisons, so teams can monitor changes dynamically.

Traditional Challenges in Conducting Topographic Surveys

Large amounts of field work is required, involving multiple teams and stakeholders. Project costs are high with lengthy timelines.

Projects are often delayed due to inefficient data collection methods.

Contour data is not part of the standard deliverable, resulting in difficulties in data visualization.

How Drones Help Conduct Topographic Surveys

Generate 1:500 scale maps without using GCPs while meeting centimeter-level accuracy requirements.

Improve the efficiency of data collection and processing up to 10 times, acquiring deliverables quickly and shortening project lifecycles.

Gain industry-standard outputs like DOM, DSM, 3D reality models and more.

Small teams can cover large areas quickly by operating multiple drones with a single remote controller.

Flagship enterprise drone platform engineered for demanding large-area mapping and advanced payload integration. 

Purpose-built mapping drone with integrated RTK for efficient photogrammetry workflows. 

Supports both manual and automated survey missions with compatibility for repeatable remote operations.

Full-frame photogrammetry camera with mechanical shutter for high-accuracy orthomosaics and 3D reconstruction. 

Integrated LiDAR and RGB mapping for accurate terrain modelling through vegetation. 

Enhanced LiDAR precision for complex infrastructure modelling and high-density point clouds.

Delivers centimetre-level GNSS positioning accuracy for professional survey missions. 

Cloud-based mission planning and fleet coordination platform supporting survey grid automation, live monitoring and collaborative workflows across compatible DJI drones. 

Professional photogrammetry and LiDAR processing software generating 2D maps, 3D models and volumetric analysis outputs. 

Enables fully automated drone deployment for recurring mapping missions, remote monitoring and scheduled data collection.