End-of-Line(EOL) Inspection
Ensuring quality in the final production stage of drones is key to preventing accidents and securing reliability.
Optimization of manufacturing line integration
Integratable as a fixed inspection device without modifying existing process lines
Non-contact comprehensive aircraft inspection
Comprehensive non-contact inspection of drone assembly quality, external condition, and integrity of key components using analog and vision sensors for multi-faceted examination
Integrated sealed structure
Independent, box-type structure protecting the inspection process from external environments and enhancing precision
AI algorithm-based automatic detection of assembly errors and defects
Analyze data and diagnose abnormalities through AI algorithms
Establishment of a data-driven quality management system
Proactive quality management and process optimization through understanding quality levels and predicting potential issues based on inspection data
Defect pattern recognition and warning system
Alerts managers to recurring errors in specific components or assembly processes
Generating quality report
Generates quality diagnostic reports for each aircraft to support rapid decision-making
How to use
Attach the drone to the fixed bar
Mounting or drone stabilization after assemblym
Automatically acquire data
Acquire data through onboard sensors during arming status
Analysis AI data
Determine abnormalities through fault diagnosis algorithms
Save inspection results and transmit history
Automatically save inspection results and upload to central operating system when needed
Customer value
Stabilization of shipping quality through quantified inspection
- Inspection of up to 15 items (e.g., rotation speed, balancing, damage)
- Automatic detection of assembly defects before shipment → Prevention of field issues and after-sales service
90% reduction in quality analysis time, improved productivity
- Manual QC 10 minutes → Automated inspection 1 minute
- Increased analysis speed + improved on-site responsiveness → Reduced risk of delivery delays
Data-driven quality standardization and history management
- Automatic recording of inspection results and AI labeling → Ensures traceability
- Application of customer-specific inspection standards → Minimization of manufacturing process simplification
Use case
Drone Manufacturers
Final quality inspection of assembled aircraft
Drone production line for defense delivery
Automation of safety verification and shipping standards
UAV OEM and ODM manufacturing environment
Automation of repetitive inspections and quality tracking
SPEC
Size
1000x1000x1300 (mm)
Custom configuration available by aircraft specifications and type
Min 1.8m ~ Max 15m
| Inspection Items | |
|---|---|
Item 1 | Motor RPM |
Item 2 | Motor coilopen/short |
Item 3 | Blade installation direction |
Item 4 | Blade balance |
Item 5 | Arm structural fatigue |
Item 6 | ESC operation frequency |
Item 7 | Drive unit response time |
Item 8 | Drive unit balance |
Item 9 | Aircraft vibration frequency |
Item 10 | Exterior (crack, scratch, structure, etc.) |
Item 11 | Thermal status |
Item 12 | Battery charge status |
Item 13 | Magnetic sensor auto calibration |
Item 14 | FCC electronic status |
Item 15 | Onboard sensors status |
To be customized by customers' needs
