Yes, drone-based photogrammetry can be combined with multi-spectral and thermal imaging to assess water clarity, surface temperature variations, and hydrological patterns. This is particularly useful for environmental monitoring, flood risk assessments, and aquatic ecosystem health studies.

Drone photogrammetry provides accurate volumetric calculations for stockpile management, excavation tracking, and site planning. Mining companies use this data to monitor extraction rates, optimise material transportation, and improve safety compliance without the need for manual surveying in hazardous areas.

Yes, drone photogrammetry is widely used in civil engineering projects, road planning, and bridge surveys. By capturing high-resolution topographic data, engineers can assess terrain, measure gradients, and identify potential obstacles, ensuring accurate design and construction planning.

While it doesn’t replace all manual surveying techniques, it offers greater efficiency, speed, and accuracy for large-scale mapping and terrain modelling.

Survey duration depends on site size, but most aerial mapping projects are completed within a day, with data processing typically delivered in 24-48 hours.