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Maximizing ROI from your drone inspection program

Drone inspections are transforming asset management for energy, utilities, and infrastructure industries – cutting costs, improving safety, reducing downtime, and delivering high-quality insights. But how can you ensure you're maximizing the ROI from your drone inspection program? 
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19 Sep 2025

Realize your ROI: Drone inspection cost savings vs traditional methods

The shifting landscape of industrial inspections

Infrastructure owners in energy, utilities and asset-intensive industries have long relied on traditional methods to assess asset conditions: utilizing cranes, scaffolding, rope access, cherry pickers, even manned helicopters. These approaches are resource-intensive, carry significant safety risks and often involve complex planning, large teams and unavoidable downtime.

For organizations managing aging or distributed infrastructure, these methods are no longer fit for purpose – and the alternatives are only getting stronger.

Deconstructing the cost of traditional asset inspections

Traditional inspection methods come with both visible and hidden costs which quickly add up, especially across large or complex sites.

Direct costs
  • Personnel – Rope access teams, confined space specialists or third-party contractors are expensive to mobilize, especially offshore or at remote sites.
  • Access equipment – Scaffolding, cherry pickers, cranes and other lifting systems take time to set up and move, driving up costs and extending project timelines.
  • Downtime – Many inspections require full or partial shutdowns to ensure worker safety, directly impacting productivity and output.
  • Safety infrastructure – Significant resources go into managing risk including extra PPE, emergency standby teams and extended planning phases.
  • Logistical overhead – Permits, access coordination and cross-functional planning all take time and internal bandwidth.
Indirect costs and risks
  • Workplace incidents – Human exposure to hazardous environments increases the chance of injury, with potential legal and reputational consequences.
  • Reduced inspection frequency – High-cost, high-effort methods often result in inspections being done less frequently, raising the risk of missed issues.
  • Variable data quality – Manual reports can be subjective or inconsistent, and with no data trail it’s almost impossible to accurately track trends or assess changes over time.
  • Slow decision cycles – Delays in collecting and processing data can slow down maintenance responses and extend resolution timelines.
How industrial drone inspections deliver ROI

Unmanned aerial systems (UAS), equipped with optical, thermal, LiDAR sensors or ultrasonic thickness , enable high-resolution inspections without putting people in harm’s way. They can assess live assets, collect detailed data and scale across portfolios while minimizing disruption. Compared to traditional methods, drone inspections deliver value in multiple ways:

  • Reduced costs – Access equipment, large crews and extensive setup are no longer required. Fewer people on site means lower labor costs and less disruption to daily operations.
  • Less downtime – Drones can often inspect assets while they remain live or with minimal shutdowns, keeping systems online and operations running.
  • Improved safety – Inspections at height, in confined spaces or around hazardous equipment can be done remotely. Fewer people exposed means fewer risks to manage.
  • Faster data – Drones collect data quickly, often across multiple assets in a single day. That data is processed and returned to asset managers far faster than traditional reporting cycles allow.
  • Higher quality insight – Drones capture consistent, high-resolution data. Captured data has an extended lifespan, providing through-time comparison for deeper insights, and advanced sensors allow detection of early signs of degradation invisible to the human eye.
  • Smarter maintenance planning – By capturing better data more often, drones support condition-based maintenance strategies. Interventions are driven by real-time asset condition, not fixed intervals or assumptions, leading to earlier detection of faults, more targeted repairs and fewer critical failures.

The impact of drone inspections is clearest when seen through real-world operational friction, where time, risk and cost converge. For example, scaffolding a large pressure vessel or flare stack adds days to a turnaround schedule and requires confined space entry, hot work permits and standby rescue teams. A drone can complete the visual and thermal inspection in a single shift, without putting personnel at risk or delaying other maintenance tasks. The result is no scaffolding cost, improved safety and faster decision-making when asset integrity is time-critical.

FACTORTRADITIONAL METHODSDRONE INSPECTION
PERSONNEL REQUIREDRope access teams, confined space specialists, third-party contractorsCertified drone pilots, minimal on-site team
EQUIPMENT COSTS

Scaffolding, cherry pickers, cranes, lifting systems

Drones with optical, thermal, LiDAR, methane sensors, ultrasonic thickness
SAFETY RISKHigh – personnel exposed to heights, confined spaces, hazardous environmentsLow – remote operation, no personnel exposure
DOWNTIMEFull or partial shutdowns required for safetyMinimal – can inspect live assets
SETUP TIME

Days to weeks (permits, access coordination, planning)

Hours to single day
DATA QUALITYManual reports, subjective, inconsistentHigh-resolution, consistent, repeatable flight paths, data longevity
INSPECTION FREQUENCYLimited by cost and complexityMore frequent due to lower cost and effort
WEATHER DEPENDENCYHigh – especially offshore/remote locationsModerate
DECISION SPEED

Slow – delays in data collection and processing

Fast – rapid data capture and analysis
MAINTENANCE PLANNINGReactive or scheduled intervals

Condition-based, real-time asset monitoring


Build or buy? The case for outsourced drone inspection services

For teams exploring drone inspections, a key decision is whether to build internal capability or outsource.

Buying drone hardware is only a starting point. Building an in-house program also requires certified pilots, regulatory compliance, inspection planning expertise, data infrastructure and a deep understanding of industry-specific standards.

Partnering with a drone inspection services provider avoids these overheads. It gives organizations immediate access to skilled teams, advanced sensor payloads and proven inspection workflows, without the learning curve or long-term investment.

Delivering ROI at scale the Cyberhawk way

Many of the world’s largest infrastructure owners are already using outsourced drone inspections to improve performance. At Cyberhawk™, we support this shift with scalable drone inspection services designed specifically for asset-intensive sectors.

With more than 500,000 inspections worldwide under our belt, our teams operate in some of the most complex environments, from remote utility corridors to offshore energy platforms. We deliver inspections that are safe, repeatable and aligned to the needs of operations and engineering teams alike.

Our cloud-based visual data management software platform, iHawk™, turns raw inspection data into usable intelligence, supporting defect detection, asset planning and long-term maintenance strategies.

The bottom line: invest in intelligence, not just inspection

Drone inspection services aren’t just faster or cheaper than traditional methods. They’re better aligned to the realities of modern infrastructure asset management. They reduce safety risk, improve data quality and support smarter maintenance decisions.

For organizations managing critical assets, the ROI isn’t just about saving money. It’s about improving uptime, planning with confidence and responding faster when things change.

Find out more about how we’re pushing the boundaries in drone inspection services here.