EnTech’s drone team includes FAA-licensed remote pilots with experience planning and conducting flights across a diverse portfolio of projects. The team operates with a safety-first philosophy, strictly adhering to FAA and local licensing and regulatory requirements to provide professional, compliant, reliable service.
Drone imaging allows clients to view a comprehensive bird’s-eye perspective of project sites, including detailed views of hard-to-reach areas. Data collected through aerial flights can be processed into 3D maps that recreate the physical world in a digital environment. By capturing complex roof geometries and exterior envelopes from the air, we supplement ground-based interior scanning to help create more complete and accurate models while reducing timelines and safety risks.
Drone imaging can provide instantaneous measurements of areas and volumes, and by executing repeated flights along the same automated path, EnTech’s drone team empowers clients to easily track site changes and construction progress over weeks or months. Consistent drone deployments additionally create a permanent digital archive of the project lifecycle, which informs future planning.
Drone imaging allows clients to capture close-up, high-resolution imagery of exterior building envelopes, bridge superstructures, waterfront infrastructure, and more, revealing conditions without the need for scaffolding, lifts, or manual climbs. EnTech uses drone-based instruments to identify visual defects such as cracks, water infiltration, and material degradation in hard-to-reach areas, providing fast and accurate records of conditions while keeping personnel safely on the ground.
EnTech’s formal Safety Management System for aerial reality capture includes mandatory preflight checklist compliance, postflight performance documentation, operational debriefs and risk assessment updates, and routine digital flight log review. EnTech’s pilots are FAA-certified under 14 CFR Part 107.
EnTech’s specialists transform raw data acquired during flights into actionable resources, including:
2D Orthomosaics
High-resolution, georeferenced maps, for precise site planning
3D Maps
Photogrammetric reconstructions for immersive site analysis
Progress Visualizations
Time-lapse videography and side-by-side image comparisons
Point Clouds
Digital replicas of sites and assets represented as data points
Phase 1
Preflight Operations
Site assessment, airspace authorization, and mission planning
Phase 2
Data Acquisition
Precision flight operations, following strict safety protocols
Phase 3
Processing and Delivery
Data processing, quality assurance, and
development of final deliverables
