I+D+T
Innovacion+Desarrollo+Tecnologia
  • I+D+T
  • STINGRAY
  • RAPTOR-DF3
  • TECHNICAL SPECIFICATIONS
  • RAPTOR-DF3-AGRO
  • COMPONENTS
  • APLICATION
  • BACKGROUND
  • GALLERY
  • CONTACT

STINGRAY-DF3 / RAPTOR-DF3 THE FUTURE'S DRONE

I+D+T
Innovacion+Desarrollo+Tecnologia
  • I+D+T
  • STINGRAY
  • RAPTOR-DF3
  • TECHNICAL SPECIFICATIONS
  • RAPTOR-DF3-AGRO
  • COMPONENTS
  • APLICATION
  • BACKGROUND
  • GALLERY
  • CONTACT

RAPTOR-DF3

  

  • Long‑Range Performance PlatformDesigned for long distance (1500km). 
  • BVLOS
  • Built for real‑world operations.
  • Our aircraft integrates a next‑generation propulsion architecture centered around a high‑efficiency internal combustion engine, delivering the endurance and mission range that electric‑only systems simply cannot match.
  • Combined with 3 dual‑motor, counter‑rotating ducted fan, the platform achieves exceptional lift performance, stable VTOL capability, and consistent power delivery even under demanding conditions.
  • This hybrid approach unlocks a new level of operational freedom: extended flight times, long‑range coverage, and the reliability required for industrial, commercial, and government applications.
  • Whether the mission involves large‑area mapping, infrastructure inspection, logistics, security, or environmental monitoring, the system provides the autonomy and resilience needed to operate beyond the limits of conventional UAVs.
  • Greater range. 
  • Greater capability. 
  • Greater value.

This is a long‑endurance aerial platform engineered to outperform — and outlast — the competition..

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    BVLOS

    BVLOS (Beyond Visual Line of Sight) 

    Means operating a drone out of the pilot's direct naked-eye view. Instead of relying on sight, the pilot guides the drone using a ground control station, relying on real-time camera feeds, GPS telemetry, and onboard sensor data. This allows drones to fly miles away from the operator.

    BVLOS require the operator to physically see the aircraft at all times, limiting flights to a few hundred meters. BVLOS breaks this barrier, unlocking highly scalable, long-distance applications: 

    • Infrastructure Inspection: Monitoring miles of power lines, oil pipelines, or railways without physically relocating the pilot.
    • Package Delivery: Transporting medical supplies      or commercial goods across large geographic areas or cities.
    • Agriculture & Surveying: Mapping massive farmlands or      tracking topographical changes over large distances.

    How it Works

    To fly safely without direct human oversight, BVLOS drones rely on advanced, interconnected technologies: 

    • Robust Command & Control      (C2) Links:     Stable, long-range communication systems using 4G/5G networks, satellite,      or dedicated radio frequencies to send instructions and receive feedback. 
    • Detect-and-Avoid (DAA) Systems: Onboard sensors, radar, and      cameras that automatically identify and steer clear of other aircraft or      obstacles
    • Redundant Navigation: Advanced GPS and navigation      suites ensuring the drone stays on course even if one positioning system      malfunctions. 
    • Onboard AI & Telemetry: Built-in intelligence that      manages automated flight paths and reports real-time data back to the      base. Because of the increased safety risks, BVLOS flights are highly      regulated. In regions like the United States (governed by the FAA) or      under global agencies, operators usually need special waivers or specific      operational authorizations to conduct these flights. 

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