Photogrammetry

Flood Mapping and Crisis Management with Drones: An Innovative Solution for Natural Challenges Floods are among the most devastating natural disasters, causing widespread human and economic losses each year—especially in high-rainfall regions or areas with inadequate infrastructure. Effective crisis management requires fast, accurate, and reliable tools to assess evolving situations and guide rapid decision-making. In […]

From Tradition to Artificial Intelligence: The Future of Marine Mapping with Drone Technology Drones are rapidly becoming a revolutionary force in the maritime industries. The entry of this technology into the field of marine mapping has not only reduced costs and increased accuracy but also challenged and, in many cases, replaced traditional inspection and monitoring

Advanced Drone Mapping in 2025: Comparing LiDAR and Photogrammetry and the Superiority of Flare Wings Equipment Introduction In today’s world, the demand for precise spatial data has never been greater. Two key technologies have emerged in drone-based aerial mapping: drone photogrammetry and drone LiDAR. The choice between these two methods directly depends on the type

Comparison of Survey Drones Drone Model Aircraft Type Flight Time Maximum Coverage Payload Capacity Camera Resolution RTK/PPK Support LiDAR Capability Multispectral Camera Operating Temperature Special Features Flare Wings ETS Fixed-wing (Launcher-deployed) Up to ~90 minutes Several hundred hectares ~2 kg (estimated) 61 MP RGB Yes – PPK support Yes (optional) Yes (hyperspectral/multispectral) ~0–40°C Launched by

Precision Meets Performance: ETS-28 Drone for Professional Aerial Mapping Introduction As the demand for high-precision geospatial data increases across industries such as construction, agriculture, and environmental monitoring, the need for advanced aerial mapping tools continues to grow. The ETS-28 drone meets this need by combining a 61 MP high-resolution camera with an integrated PPK GNSS