
Robotic Inspection and Maintenance
This project focuses on the inspection and maintenance of aircraft using robotic systems, including robots inspecting aircraft in hangars.
Automated Aircraft Inspection
SPARCL's robotic inspection platform combines precision laser ablation with autonomous navigation to perform thorough aircraft inspections inside hangars. Our systems detect corrosion, structural fatigue, and coating degradation without manual scaffolding or confined-space entry.
Key Capabilities
- Autonomous hangar navigation with obstacle avoidance
- Multi-spectral surface scanning for sub-surface defect detection
- Integrated laser ablation for immediate surface preparation
- Real-time defect mapping and reporting dashboard
- FAA-compliant inspection documentation generation
How It Works
The inspection robot traverses the aircraft fuselage using a combination of LiDAR mapping and computer vision. When anomalies are detected, the system flags the area, captures high-resolution imagery, and can immediately perform laser cleaning for closer substrate analysis.
Applications
Commercial airline MRO facilities, military depot-level maintenance, and general aviation repair stations all benefit from reduced inspection time and improved detection accuracy compared to traditional visual inspection methods.
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