APPLICATIONS / NAMIBIA
From aerial imagery to information your project can use.
THE NAMIBIAN CONTEXT
For professional land surveyors, town planners and project teams in Namibia, useful aerial data starts with a clearly defined deliverable. From settlement planning and development sites to mines and rural properties, choose the capture, control and validation workflow around the information your project requires.
01
Support professional survey workflows with orthomosaics, surface models and topographic information. Agree the survey specification, coordinate reference, control and independent checks with the responsible land surveyor, so aerial outputs fit the wider survey deliverables.
02
Create a current aerial base for exploring settlement layouts, proposed extensions, access routes and infrastructure corridors. Combine imagery and terrain information with existing planning records and survey data when evaluating development options.
03
Build surface models to support volume calculations. Agree the stockpile base, coverage and checking method before using the result for operational decisions.
04
Capture repeat views of earthworks, roads or buildings so teams can compare progress and document change.
05
Explore imagery and elevation products for site planning. Dense vegetation, surface texture and ground visibility influence the choice between photogrammetry and LiDAR.
IN PRACTICE
A town-extension project, an engineering survey and a stockpile survey can all begin with aerial imagery, but they need different outputs. For Namibian survey practices and planning teams, the important connection is between field capture and the drawings, models or GIS layers that colleagues actually use.
Start with the client’s deliverables, coordinate reference and required checks. Identify what the aerial survey should capture and what still needs a ground survey.
Plan coverage around the terrain, structures and visibility of the surface. Ground control and independent checkpoints should be considered as part of the survey design, rather than added after processing.
Choose outputs such as an orthomosaic, surface model or point cloud to suit the project. Align file formats and handover requirements with the surveyor, engineer or town-planning team.
LET’S MAKE IT SPECIFIC
Tell us about a typical site, the deliverables you produce and the software you use. We can compare a compact mapping aircraft with a Matrice 400 and P1 workflow around your actual workload.
PLAN THE WORKFLOW
Define the required accuracy, coordinate system, ground control, independent checks and output format before selecting the aircraft. Published test results for one system are not a promise of accuracy on every site.
EQUIPMENT TO EXPLORE
A modular aircraft and dedicated photogrammetry-camera combination for professional survey practices and demanding mapping projects. Discuss the survey specification, lens choice, processing software and ground-control workflow as a complete setup. The aircraft and P1 are separate products.
A mapping aircraft to consider as part of a complete capture, processing and quality-check workflow.