How long does a cell tower drone inspection take?

A standard tower is typically captured in 30-60 minutes of flight time, with deliverables produced within a few business days.

Can you inspect monopoles, lattice, and guyed structures?

Yes. We have inspected all common tower types in NC, including monopoles, three- and four-leg lattice towers, and guyed masts.

Drone-based visual inspection of a cellular communications tower capturing antenna orientation, mounts, cabling, and structural steel from a safe standoff distance

Core Service

Drone Cell Tower Inspection

Safer telecommunications infrastructure inspections with organized high-resolution visual documentation for cell towers across NC.

Overview

Climbing towers for routine audits introduces unnecessary risk and liability. Holmes and Watson captures comprehensive visual and structural data of telecom assets without ever putting a person on the structure. We image mounts, antennas, cabling, and structural steel at high resolution from safe standoff distance, producing the data engineers need for audits, structural analysis, and inventory verification — remotely.

Why Choose Drone Cell Tower Inspections

A drone tower inspection can reduce climbing exposure for routine visual documentation and give engineers or asset managers organized imagery to review remotely.

When to use it: Use drone tower inspection for routine annual audits, post-storm damage assessment, before any planned climb (so the climber knows what to expect), during structural mod design, and any time tower data is needed without dispatching a climbing crew.

What We Inspect

Antenna orientation (azimuth and downtilt)
Mounting hardware and structural integrity
Cabling, weatherproofing, and grounding
Connector condition and weatherheads
Rust, corrosion, and bird nesting
Lighting and obstruction marking compliance

Our Process

Safety Check

Pre-flight checks, RF interference mitigation, and coordination with the tower owner and any active climbers on adjacent structures.

Orbit Capture

Automated orbits at multiple elevations to capture 360-degree overlapping data of every sector.

Detail Shots

Manual close-ups of specific components, radomes, connection points, and any flagged anomalies.

Organization

Organizing high-resolution imagery by tower sector, elevation, and component for remote engineering review.

Deliverables

High-resolution photo gallery categorized by sector and elevation, panoramic views where practical, and a professional condition-documentation report. 3D models and point clouds are not standard deliverables.