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Selected project / AeroScan LiDAR

From aerial capture to usable terrain data.

AeroScan brings drone operations, LiDAR capture and data processing together for surveying and terrain analysis.

01 / The challenge

AeroScan LiDAR

A survey needs more than an aircraft and a sensor. Mission planning, positioning, data capture and processing must work together to produce useful deliverables.

The engineering approach

The engineering focus connects flight-control integration and payload workflows with telemetry and point-cloud processing. Outputs support terrain modelling, volume measurement and infrastructure mapping.

AeroScan LiDAR
Aerial surveying: connecting the flight workflow with terrain data.

02 / System architecture

From aerial capture to usable terrain data.

The engineering focus connects flight-control integration and payload workflows with telemetry and point-cloud processing. Outputs support terrain modelling, volume measurement and infrastructure mapping.

01Plan the survey
02Capture spatial data
03Process the point cloud
04Review and deliver
GNSSPX4 / MAVLinkLiDARPOINT CLOUD

03 / From input to useful output

What the system connects

01

Plan the survey

Flight-control integration

02

Capture spatial data

LiDAR payload workflows

03

Process the point cloud

Mission planning & telemetry

04

Review and deliver

Point clouds & terrain models

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