DRONES (UAVs/UASs)
SPECIFIC CATEGORY
The Specific Category was established for drone operations that fall outside the Open Category criteria, requiring more rigorous risk assessment and licensing procedures. Examples include BVLOS flights, drones with MTOM > 25 kg, flights above 120 m above the ground, material release and spraying, and drone swarm operations.
Advanced drone delivery solutions
Eiger drone is designed for BVLOS (Beyond Visual Line of Sight) operations and long-range deliveries, especially for logistics and medical transportation, allowing businesses to reduce delivery times and cut ground transportation costs.
It is managed remotely from a centralised location with RigiCloud software, which integrates several data sets and powerful tools for aerial logistic allowing:
- Precision landing
- Multi-brand traffic awareness
- Smart navigation
- Nightime operations
- Live video streaming
RIGITECH EIGER HIGHLIGHTS
- 100km max range
- Parachute and indipendent flight termination system on board
- Dual front and bottom camera feeds
- Dual LTE, satellite and radio link communications
- Payload: 3kg max weight and 15L max volume
Fields of Application
Multi-purpose drones for offshore and onshore operations
Autonomous UAV systems operating from charging stations, either on a ship or on an offshore platform.
Applications:
- Dry dock inspection
- Docking
- Ship Inspection
- Search and Rescue
- Wind Turbine Inspection
- Package Delivery Offshore
- Perimeter Patrol
- Oil Spill Detection
Fields of Application
Solar panels advanced inspections
Drones play an important role in inspecting photovoltaic parks and adding to improved power output, inspection efficiency and system reliability.
Dr Solar drones integrate automation and precision through automated inspections of solar panels leveraging artificial intelligence (AI), enabling accurate and timely detection of faults and anomalies.
They are equipped with high-resolution SWIR cameras with an advanced electroluminescence procedure to generate an orthophoto of the entire solar farm. SWIR sensors autonomously analyze individual panels to classify and locate faulty modules, providing an accurate GPS location. Supported by advanced AIR4 semi-autonomous drone technology, Dr Solar distinguish themselves in the energy solar industry by improving operational efficiency, data analysis, and reducing maintenance costs.
Maximum safety for workers thanks to drone operations in critical areas.
Flight time up to 60 min for very large facilities.
Inspection of large-scale facilities (UPV)..
Accurately indicate solar panel faults, early in the life-cycle.
Clear reporting: Efficiently handle massive farms and amount of data.
Operating Temperature: -20°C TO +60°C.
Rely on us for tailor-made solutions
Contact us for more information.