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Safe & simple drop-offs of medical packages and other rescue aids.


Detects human presence in the affected areas to assist the firefighters.


To alert, guide for evacuation, and other circumstantial instructions.


Guides for search & rescue operations as well as to spot the casualties.


  • Overall Length
  • Type Of Drone
  • Weight(net Weight Including Battery)
  • Additional Payload Capacity
  • Max Operational Endurance
  • Wind Resistance
  • Max Speed
  • Telemetry & Video Stream Range
  • HDMI Output On The Controller
  • Propeller Type
  • GPS
  • I.O. Function

  • Max Launch Altitude (AMSL)
  • Max operating Altitude
  • Battery Type
  • Protection Class For Drone
  • Operating Temperature Limits
  • BVLOS Drone Control Compatibility
  • Swarm Capability
  • 600 mm
  • Quadcopter
  • 2.4kg
  • 1.5 Kg
  • 60 Minutes
  • 55 Km/Hr
  • 45 Km/Hr
  • 15 Km
  • Yes
  • Foldable
  • PPK/RTK Enabled (Optional)
  • H7 Based Onboard Computer,
    Embedding Capability,
    ETH Data Switch Hub,
    Exterior UART Interface
  • >=5500m
  • >=6500m
  • Swappable Slide And Lock Battery Mechanism
  • IP 53
  • -10°C I 55°C
  • Yes (Optional)
  • Yes (Optional)


Thermal / Visual Camera

Dropping Payloads

Too Loud (Megaphones)

Too Bright (High-Power Flash}


Thermal / Visual Camera

Dropping Payloads

Too Loud (Megaphones)

Mapping Camera

Too Bright (High-Power Flash}

Our Solutions & Services
Impact Core Sectors of the Economy.

Corridor Mapping

High-Resolution mapping for route selection of new transmission lines and also for Row (right of way management) of the existing power line corridor to detect any illegal construction.

Visual Inspection
& Fault Detection

Drones equipped with Hign-Defenition, visual cameras are used to detect and analyze structural anomalies, and faults of powerline structures in a fast and efficient way Using Al

Thermal/IR Inspection
& Fault Detection

Thermal/IR inspections of the powerline structure are used to identify hotspots and temperature signatures to identify defects. The images and videos can be further analyzed to mark the fault and report the same.

Lidar Mapping
of Powerline

Our UVA equipped with LIDAR systems can be used to create highly accurate 3D models of powerline structures and sub-stations which con be further used for structural analysis and clearance management.

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