Photogrammetry - Import export

Its light structure and engine allow for extreme maneuverability with manual piloting. Designed for automatic photogrammetry missions up to 1.5 km², Fox4 may also carry out missions for inspection of infrastructure, structures, network lines or industrial sites, in automatic or manual mode. Perfect for your daily mapping missions and calculations of cubature, this quadcopter allows for photo collages, georeferenced orthophotos and point clouds as well as DTM / DSM. This drone is made for professionals of the measurement such as surveyors, topographers, archaeologists and responsible for quarries or mines.

FoxyPro is a fully automatic VTOL airplane created for long distance photogrammetry surveying. Available with a wingspan of 3 m or 3.5 m, FoxyPro is equipped with a vertical takeoff and landing system (VTOL), allowing it to take off and land on all types of sites. Thanks to its great in-flight stability, FoxyPro has a maximum load of 2 kg, allowing it to carry an HD sensor. With more than an hour of in-flight battery life, FoxyPro is capable of scanning up to 300 ha (741 acres) in a single mission. This drone is made for professionals of the measurement such as surveyors, topographers, archaeologists and responsible for quarries or mines.

Its solid structure and in-flight stability allows its use on a wide variety of sites. Fully automatic, the Fox6 can carry out photogrammetry missions of up to 1.5 km². It is the perfect tool for large scale mapping missions as well as for static work and volume measurements. Thanks to its HD sensor and compatibility with DroneBox RTK, the Fox6 provides high precision for georeferenced photo collages, orthophotos, point clouds and DTMs / DSMs. This drone is made for professionals of the measurement such as surveyors, topographers, archaeologists and responsible for quarries or mines.

FoxyWalk is a platform for easy terrestrial photogrammetry. It is aimed towards surveyors, topographers, architects, archaeologists. It allows the shooting of photos which would be inaccessible from the sky (facades, arches, etc.) and creation of 3D models. Perfect for complementary data acquisition of a drone survey. Terrestrial photogrammetry allows the survey of the shape and dimensions of inaccessible objects, study of deformations and analysis of structural anomalies. It may also be used in determining volumes. Terrestrial photogrammetry applications are varied : Reconstruction of facades, heritage conservation, monitoring structures and sites as well as supplementing aerial surveys and surveys of routes, ditches and open trenches with georeferencing networks (DT-DICT).