• Improved Safety:

    Eliminates the need for human climbers, reducing the risk of accidents.

    Inspections can be done from a safe distance.

    Efficiency:

    Reduces the time required for inspections compared to manual methods.

    Drones can inspect multiple towers in a single day.

    Cost-Effective:

    Lowers labor costs and minimizes downtime.

    Reduces the need for heavy equipment like cranes or lifts.

    High-Quality Data:

    Equipped with high-resolution cameras and sensors, drones provide detailed imagery and thermal data.

    Data can include 360-degree views, close-ups of specific components, and thermal imaging for detecting heat anomalies.

    Accessibility:

    Drones can easily access hard-to-reach areas of the tower, including the top and underside of components.

  • Structural Integrity Checks:

    Inspect for damage, corrosion, or wear and tear.

    Antenna Alignment:

    Verify the proper positioning and angles of antennas.

    Heat or Energy Leak Detection:

    Thermal imaging helps detect overheating or electrical issues.

    Storm or Disaster Assessments:

    Quick evaluations of damage after severe weather events.

    Routine Maintenance:

    Conduct regular inspections to prevent costly repairs.

Illustration of a communication tower with multiple antennas and rings, with a drone flying nearby. Text "NC Drones LLC" at the bottom.

Orbit Sequence:

  • Perform multiple circular orbits around the tower at different elevations.

  • Each orbit should capture the structure from various angles (top-down, mid-level, and base-level).

  • Vertical Scans: Capture straight-up vertical shots to complement the orbit data.

  • 5-8 ft above the tower

  • Perform an orbit every 5-8 ft. towards the ground

  • Continue down to the ground equipment

  • 5-8 ft. distance from the structure

  • Camera tilt -45deg

Picture frequency

  • Overlap 80%

  • Every 1 to 2 seconds take a photo