Real Damage. Real
Results.
On 17 March 2026, Windrover detected a CAT4–CAT5 Surface Gap Damage through continuous acoustic monitoring. A drone inspection performed on 29 March 2026 confirmed the damage exactly where the system had identified it.
By detecting the defect four months before the scheduled annual inspection, the operator was able to intervene early, reduce maintenance costs by approximately 50%, and prevent further blade deterioration.
1
17 March 2026Early Detection
Windrover generated a CAT4–CAT5 Surface Gap Damage alert during continuous monitoring. The AI engine classified the anomaly as a high-priority defect requiring immediate inspection.
2
29 March 2026Damage Confirmed
A drone inspection was carried out following the Windrover alert. The inspection confirmed the blade damage at the exact location identified by Windrover.
3
Customer Impact- 4 months earlier than the scheduled annual inspection, July 2026
- Approximately 50% maintenance cost savings
- Early intervention prevented further damage progression
- Reduced risk of unplanned downtime and costly blade repairs
1000+
Turbines
Monitored
Monitored
40+
Blades
Saved
Saved
10
Countries
4.2M+
Hours of
Blade Data
Blade Data
Case Studies
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A field-proven library of blade damage scenarios detected, classified, and tracked by Windrover across different turbine environments.
Windrover In Action
From Detection To Decision
i
Windrover does not stop at detection.
Global Operations
Proven Across Offshore and Onshore Wind Farms
Live CoverageMonitoring 24/7 In Real Operating
Conditions
Conditions
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Customer Results
Customer Results
Deployment Locations
10+
Deployment Intensity
LowHigh
1000+
TURBINES
80+
TURBINE MODELS
10
COUNTRIES
4.2M+
HOURS OF BLADE DATA
40+
BLADES SAVED