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An Unmanned Aerial Vehicle (UAV) commonly known as DRONE, also referred to REMOTELY PILOT AIRCRAFT (RPA)

Suitable for any environment especially for inhuman conditions

Manufactured with highly resistant materials and waterproof finish.

Applications: 1.Surveillance, 2. Control, 3. Detection, 4. Search, 5. Recognition, 6. Collection and Analysis of data in real time

UAV Argus

The different versions of the Argus UAV weigh between 10 and 20 kg (with batteries) and can carry a payload from 2 to 30 kg. The flight time with electric power (batteries) of the basic version, depending on the payload, is about 45 min with a flight speed of up to 55 km/h.

They are manufactured with highly resistant materials and waterproof finish. In series depending on the version they are equipped with different types of cameras and with an independent safety system for emergencies.

Technologically advanced allow us to offer the Argus UAV versions with different autonomy and flight speed, configure the software together with the technological equipment of the customized UAVs and adapt the operational capacity of the ADCS system according to the specific requirements of the end user.

Tethering Nest

The Tethering Nest is our unique product. The station is equipped with a cable and reel, which allows to release the drone up to 200 m (depending on the type of drone and its load capacity). The drone motors are powered by the cable and at the same time the batteries arerecharged in the second branch by means of the internal system (BMS). Thus, the drone can fly practically indefinitely.

For other similar products of this type, the flight of the drone is limited to 1-1.5 hours as the batteries cover power fluctuations and gradually discharge. The extra energy from the cable can only prolong the drone's flight. Our system fully covers the performance requirements of the drone and can recharge the batteries.

The cable unwinding and winding in the power station is controlled by a computer, which evaluates the fluctuations in the pulling force and thus keeps the cable in optimal tension. The computer is also able to compensate for the effect of wind power and distinguish it from the upward or downward movement of the drone. All power station functions are fully automatic, and the entire power station is operated with just one switch (ON / OFF) button.

Follow Me The Tethering Nest is equipped with a unique and very important Follow Me function that allows the station to be placed on a vehicle, boat, etc. and the drone will follow the power station wherever it moves, up to a maximum drone speed of about 60 km/h. This unique feature enables, in addition to the stationary guarding of the selected area, also movable guarding, when we significantly expand the area that can be continuously monitored from the air.

Follow Me can be used outdoors to monitor airports, photovoltaic power plants, etc. The drone in this configuration follows the movement of the car.

Aerial Data Collection System (ADCS)

Descriptions

• Autonomous aerial data collection system ADCS with highly sophisticated software and hardware.
• Centralized system for management and planning of autonomous Flights and data analysis in real time.

Systems abilities:

• Intelligent UAVs (drones) for detection, identification, capturing and transmission of all required data
• Centralized management and data storage
• Parallel operation of unlimited No. of UAVs
• All data, telemetry and flight protocols are stored on highly secured servers
• Flights can be managed by RC or programmed as autonomous mission
• Fixed or mobile command center
• High quality, optical zoom cameras, working with daylight and IR
• Video downlink working (according conditions) on the distance 2 km to 100 km (in RC mode) or unlimited video transfer using 4G or 5G network
• Video server works with Al and machine learning, it can recognize object and faces and identify them