AQUILA-2 has excellent flight time and stability and is used efficiently in industrial fields.
Although small, effective data acquisition is possible depending on the payload configured by the user.
Small drone with outstanding performance in various environments
AQUILA-2 is equipped with waterproof and wind-resistant features, ensuring stability and long flight times, allowing operation in various environments.
Despite its small size, it can effectively handle multipurpose missions with excellent performance
  • Maximum takeoff weight
  • Wind resistance
  • Waterproof Rating
Designed to provide robust thrust despite low power, allowing for extended flight durations.
Equipped with dual GPS modules, it delivers precise location information even without an RTK system.
This implies enhanced stability during flights in electromagnetic environments such as power transmission towers.
Long flights and dual GPS
With powerful thrust and efficient power consumption, AQUILA-2 guarantees long-duration flight.
It integrates a dual GPS module that receives signals from multiple satellite systems
for accurate positioning even in electromagnetic environments.
  • Maximum flight time
  • Enhanced Flight Stability with
    Dual GPS Support
The Most Convenient Way for Users, Customization
Because all components, including software, are designed and developed in-house,
customized development is possible to meet specific customer requirements.
The basic equipment includes various cameras, searchlights, and speaker systems
  • for mission equipment attachment
    Maximum 1.5kg
Quick Replacement
Featuring an easy-to-use quick-release system,
supporting a variety of options from FHD to 4K EO/IR cameras,
allowing for swift camera replacement.
Simple External I/O Ports
External I/O ports are provided to facilitate easy connection of payloads.
Easy Mapping
The RTK and DUAL GPS systems can be used to obtain high precision/accuracy data.
(*Separate mapping equipment required)
Integration with the Station(Optional)
Compatible with Drone Stations,
allowing for autonomous continuous mission flights.
The Drone Station automatically charges the drone's battery,
enabling automated and uninterrupted mission execution.