Solutions thanks to drones
Initially, the drone, a small radio-controlled flying vehicle, was exclusively intended for fun activities.
For some years now, the evolution of technologies, including the performance of components such as batteries, electric motors, have made it possible to adapt drones to the services of different fields such as agriculture and security.
We wish to propose and use these solutions in order to allow peripheral measurements, topography, soil and crop analysis by air from plots in order to also carry out the appropriate treatments, whether solid or liquid.
There is also the monitoring of farms or other sensitive storage sites.
Monitor your crops and have a global overview to better be able to intervene on your crops or animals
Map, delimit the perimeter of your plots
Survey the topography of your fields
Analyze the state of your crops from the sky
Perform preventive, curative treatments but also the spreading of fertilizers with precision according to the needs of the crops
Monitor your crops automatically and have a global overview to better be able to intervene in case of theft or degradation
Monitor your storage buildings
The management of professional drones, offering an ideal solution for surveillance, industrial inspection and public safety.
Instant communication to the intervention teams, law enforcement, the alarm system
Embedded technology with AI, making the difference between objects, humans, animals, thanks to the latest technology detection systems
Infrared vision makes it possible to obtain essential information in agriculture (identification of animals, detection of predators, heat loss, etc.).
Thermal shooting is available on some special drones, such as the DJI Mavic 3 Thermal drone, which excels in its compactness.
The strength of RGB sensors in the agricultural field lies in this ability to freeze a situation and present it as it really is, for immediate diagnosis.
Available on most drones, for example the DJI Air 2S, you will be able to make a plain tour, and identify the heterogeneity areas of your terrain.
Drone spreading is an application that consists of controlled drops of liquid or solid substances to plants.
This technology has several advantages for the agricultural community: it becomes easier to treat specific areas and the amount of plant protection products used is optimized.
Also, we choose precisely the areas to be reached, which allows savings.
Drone spreading is now a very scalable sector in the sense that the tools found there even adapt to the types of agricultural crops targeted.
As such, the DJI Agras drone series is specifically dedicated to this application.
DJI drones have the advantage of being fully integrated solutions: the flight platform carries the product tank, but also the spreading system.
Inspection is one of the most sought-after applications with drones.
Since drones are very mobile devices, and have sensors that are constantly improving, drone inspection is in high demand.
Drone inspection is mainly done using conventional sensors and thermal sensors that capture the image in RGB and infrared colors.
Drones are able to obtain an advantageous point of view on many situations, which makes it possible to achieve superior results, especially in information retrieval.
Then, by alternating between classic shooting and thermal shooting, drones are able to detect every detail of the image they perceive, whether they are the most salient elements or the most discreet elements.
In the energy sector, the cleaning of structures is an obligation. Indeed, the energy efficiency of these structures is closely linked to their condition and the cleanliness of the latter is taken into account in this calculation.
In particular, it is the structures that are linked to renewable energy (solar, wind) that are concerned by these problems. Park operators often use technical cleaning experts for these missions.
However, this represents high costs due to the difficulty of the missions. On a human scale, the cleaning of such structures can be very long, difficult to set up and requires significant resources.
The most requested services concern photovoltaic panels and wind turbines. With the help of drones, it is possible to reach these surfaces that are either very difficult to access (wind turbine blades, turbine stumps...) or whose fragility is limiting for human action (solar panel cells...)
Our design office has developed a spray payload compatible with the DJI Matrice 350 RTK drone. It is possible to spray from the air using it.
Lasergrammetry is a possibility offered by new technologies for the exploitation of precision data and laser point emissions.
Drones are now able to carry these physical tools as well as the algorithms and software necessary to process the collected data, in order to offer professionals an autonomous and aerial LiDAR modeling solution.
Photogrammetry is one of the applications allowed by drones that has contributed the most to their development.
More than a science, photogrammetry is also a process, whose future unfolds through drones.
This method takes place in the vast universe of latopography, a science that applies to the measurement of spaces and surfaces, represented on supports (material and immaterial).
Through aerial photogrammetry by drone, we can intellectually and precisely visualize scenes, through digital results, to exploit them: creation of digital maps (cartography), topographic measurements (speter missions) or constitution of supports for 3D models or models (BIM (Building Information Modeling))...
Multispectral drone shooting is an application that is made using multispectral sensors, integrated into a mobile air transport platform: the drone.
This stellar application to plants in the broad sense and thus it intervenes in various fields.
As its name suggests, it corresponds to a shot in several spectra of light.
Multispectral sensors not only transcribe the colors of the visible spectrum (from red to violet), but also those of various infrared wavelengths.
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