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Turn inspection data into prioritized asset intelligence so your teams can identify the right issues earlier, make better maintenance decisions and keep more turbines generating.

Wind turbine inspection services and software that support teams across the full inspection lifecycle, from multi-modal data capture and wind turbine inspection, to asset monitoring and maintenance planning software.

Zeitview captures standardized, high-quality inspection data across wind turbines and portfolios using drones, internal blade crawlers and specialized inspection technologies. Our global operations combine consistent capture methodologies with deep wind expertise to deliver reliable asset data across sites, regions and inspection types.


Zeitview combines AI-powered analysis with experienced wind turbine analysts and engineers to identify and classify blade defects, structural anomalies and other asset-condition issues. Deep industry expertise, including experience across OEMs and owner/operators, helps turn inspection data into trusted insights teams can use to prioritize action.


Zeitview brings inspection findings, annotated imagery, severity, asset history and reporting together in Asset Insights, helping O&M and engineering teams prioritize maintenance, define repair scopes and act on the issues that matter most.
Standardized inspection reports can be generated and shared across teams and workflows.


Zeitview Asset Insights brings inspection findings and asset-condition history together in one platform, giving teams a persistent view of turbine health across their portfolios. Track anomalies over time, identify emerging concerns and use historical inspection intelligence to prioritize maintenance and repair decisions.


Zeitview’s inspection solutions for both onshore and offshore wind farms, help operators ensure structural integrity and operational efficiency no matter where assets are located.

High-resolution external blade inspections capture leading-edge erosion, cracking, impact damage, lightning strike points, and surface fatigue, giving O&M teams the clarity needed to scope repairs and reduce downtime.

Internal blade inspections provide close-range visibility into spar caps, shear webs, bonding lines and internal laminates to identify delamination, adhesive failure and other structural concerns. Combined with external inspection data in Zeitview Asset Insights, teams gain a more complete understanding of blade condition to support root-cause analysis and precise repair planning.

Correlate internal and external blade findings in a single view to identify related damage, accelerate root-cause analysis and define more precise repair scopes.

Detailed inspections of towers, nacelles and cooler tops identify corrosion, coating degradation, structural anomalies and component damage, giving operators the data needed to prioritize maintenance, reduce risk and maximize turbine uptime.

Wind turbine lightning protection system (LPS) testing verifies electrical continuity and system integrity, helping operators identify protection gaps, maintain compliance and reduce the risk of lightning-related blade damage.


Zeitview Asset Insights brings asset condition and inspection data into a single view, giving teams visibility across their global portfolio. Compare anomaly severity and prevalence across sites, identify areas of concern and drill from portfolio-level trends into individual assets.
Visualize anomaly severity and prevalence across a site to quickly identify higher-risk assets and prioritize engineering review, maintenance and repair activity. Drill into individual findings, supporting imagery and asset details to make informed maintenance decisions.


Move from portfolio-level trends to detailed asset findings, with anomaly imagery, severity, location, dimensions and accessibility information in one place. Give engineering and maintenance teams the context they need to validate findings, define repair scopes and prepare crews with the right tools and equipment.
View location details and anomaly images to help field teams quickly find issues and accelerate remediation.
Keep data current by updating severity ratings and uploading new images as work is completed.
Award-winning Zeitview AI improves wind turbine inspections by detecting barely visible blade cracks earlier, reducing failure risk, and enabling more reliable, scalable wind operations.

Drones are bringing a wave of impetus to the energy sector, which now more than ever needs to be as sustainable and efficient as possible.

Zeitview provides lightning protection system testing on wind turbines. Read about our solution that incorporates the Voliro T drone.

A wind turbine drone inspection uses high-resolution aerial imagery to document blade and turbine condition without relying solely on manual visual access. Zeitview combines drone data with AI-assisted analysis and expert turbine review to identify defects, classify severity, and give O&M teams inspection evidence they can use to plan maintenance and repairs.
External blade inspections can identify visible conditions such as leading-edge erosion, cracking, impact damage, lightning strike points, and surface fatigue. Zeitview provides high-resolution imagery and issue severity information so O&M teams can understand where damage is located and define repair priorities.
Internal blade inspections examine structural areas that cannot be confirmed from the exterior, including spar caps, shear webs, bonding lines, and internal laminates. Zeitview uses crawler-based inspection to identify conditions such as delamination, adhesive failure, and other internal structural concerns that may affect blade integrity.
Synchronized internal and external blade inspections connect visible surface damage with structural findings inside the blade. That combined view can help engineering and O&M teams investigate root cause, understand the full extent of a condition, and define a more precise repair scope than either inspection perspective provides on its own.
Yes. Zeitview supports inspection programs for both onshore and offshore wind assets. Its wind inspection services combine drones, robotic crawlers, specialized sensors, analysis, reporting, and maintenance planning workflows to give operators a consistent approach across different sites and operating environments.
Lightning protection system (LPS) testing verifies continuity and grounding integrity within a wind turbine’s lightning protection system. Zeitview uses LPS testing to help operators identify issues that could leave a turbine more vulnerable to lightning-related damage and to support maintenance and compliance workflows.
Zeitview can inspect wind turbine towers, nacelles, and cooler tops in addition to internal and external blades. These inspections can document conditions such as coating breakdown, corrosion, weld anomalies, flange conditions, buckling, and hardware integrity that may affect long-term structural reliability.
Zeitview Asset Insights brings inspection results together across turbines and sites so teams can track turbine health, review anomaly severity, and identify risk areas across a portfolio. O&M teams can use that history and prioritized inspection data to plan repairs, focus resources, and monitor asset condition over time.