The integrated systems for drones represent the real added value of Aermatica3D; the research and development department is not limited to creating customized drones, but based on the specific requirements of each customer can develop and integrate kits, cameras, and sensors, allowing to have a single integrated remote-sensing system for remote control of the device and the visualization and management of data in real-time on the ground, thus obtaining a safe, complete and reliable product.
To meet the particular operational needs, Aermatica3D has also developed the BLY3D app, a fully customizable software capable of performing automatic flight missions even in complex scenarios, allowing you to plan and manage any payload in a simple, easy and precise way and integrated by us.
Aermatica3D can offer custom solutions for any integration thanks to its know-how in the engineering field and the cooperation with official partners from international realities. As a result, Aermatica3D offers its customers the best technologies in the payload field, perfectly integrating chambers, kits, and sensors
Nano Hyperspec ® Hyperspectral Chamber Sensor Integration by Headwall Photonics Inc
The integration developed by Aermatica3D allows you to manage the Nano Hypersec ® hyperspectral camera by Headwall Photonics directly from the flight controller, relying on a more simplified and reliable data acquisition thanks to complete integration between hyperspectral sensor and drone.
The on-board camera communicates via specific hardware directly with the BLY3D software to fully monitor and manage the sensor. This allows you to plan a single automatic flight plan on the software in which the camera acquisitions are activated within the planned area, with the ability to change the camera parameters directly from the drone console and monitor how the camera is evolving—data acquisition in real-time.
Ground Acquisition Kit with Hyperspectral Camera Sensor
(Nano Hyperspec ® ) by Headwall Photonics Inc.
The solution consists of a single remote-sensing system consisting of a DJI Enterprise Matrice 300 RTK series drone, associated with an air quality multi-sensor system capable of recording data relating to humidity, pressure, temperature, and gas such as carbon dioxide, carbon monoxide, methane, and sulfuric acid, also recording the temperatures of the individual gases detected.
The Multilayer functionality of the BLY3D app allows you to plan three-dimensional flight missions to study the concentration of parameters as a function of altitude and view them in real-time individually or on graphs for a complete and rapid understanding of any data collected during the flight.
Air quality multi-sensor integration for chemical-physical parameters detection
The FTS 600 compatible with both DJI’s Matrice 600 drones and Aermatica3D’s BLY-C drones can be integrated with an emergency parachute for better drone safety, the sensors installed, and to be able to fly in complex scenarios protected from any Flyaway and according to ENAC and EASA regulations.
The system consists of the remote control, a transmitter, and the SLAVE receiving unit on board, complete with double CUT OFF to cut the drone’s power supply. The two on-board units communicate via a special connection cable.
Radiation sensor integration
Aermatica3D has integrated on-board UAV systems, the equipment for high-resolution X, alpha, beta, and gamma spectroscopy for the analysis of radioactive elements and ultra-trace elements in soils made available by the PIGNOLETTO project.
In this scenario, Aermatica3D participates in the PIGNOLETTO project, which aims to develop a HUB of scientific and technological skills capable of specializing the soil and vegetation monitoring network, from the system architecture to the single observation payload, based on the actual needs of the final user, public and private.