Yes. Several of Rosor's core survey capabilities translate directly into the data needs of pipeline corridor selection, route optimization, and infrastructure siting programs. LiDAR generates high-resolution digital terrain models that form the foundation of route planning work, enabling slope analysis, drainage crossing assessment, and identification of geotechnical hazards such as unstable slopes or karst features. UAV platforms survey long linear corridors efficiently and with minimal ground disturbance, which is particularly valuable in environmentally sensitive areas. Photogrammetry adds a critical visual layer for pipeline programs specifically. By capturing high-resolution, georeferenced orthophotos along a corridor, photogrammetry can document the surface condition of existing pipelines and the ground surrounding them, supporting inspection programs, integrity assessments, and monitoring of changes over time. Magnetic surveys can assist with identifying buried metallic infrastructure, geological faults relevant to engineering assessments, and basement structural features. Hyperspectral imaging supports surface condition mapping and land cover classification along proposed corridors. If you are evaluating UAV-based geophysical or geospatial surveys for an infrastructure or energy sector project, we are happy to discuss how our capabilities apply to your specific program objectives and right-of-way requirements.

Yes. Several of Rosor's core survey capabilities translate directly into the data needs of pipeline corridor selection, route optimization, and infrastructure siting programs. LiDAR generates high-resolution digital terrain models that form the foundation of route planning work, enabling slope analysis, drainage crossing assessment, and identification of geotechnical hazards such as unstable slopes or karst features. UAV platforms survey long linear corridors efficiently and with minimal ground disturbance, which is particularly valuable in environmentally sensitive areas.