Portable Smart Landing Pad
A portable drone diagnostic solution for fast and accurate diagnosis on-site.
Non-contact aircraft defect diagnosis
Acquisition of key component data such as motor, blade, control unit, and body within seconds without disassembling or connecting the drone
Enhanced durability and environmental adaptability
Robust structure designed for stable operation even in harsh outdoor environments
Compact portable type
Lightweight design for easy portability, usable by moving to any site
Easy and quick installation/dismantling
Can be installed and dismantled immediately on-site with minimal time and personnel
Real-time fault diagnosis
Analysis of inspection data obtained through sensors and fault diagnosis
Aircraft aging diagnosis
Predicting maintenance timing by analyzing part wear and aging based on inspection history
Easy storage of inspection results and report generation
Generating reports by storing completed inspection data and analyzing data
Support for rapid decision-making and on-site action
Fast action through diagnostic guidance on fault causes
How to use
Fix drone position
Position the drone accurately on the pad before takeoff and after landing
Automatic data acquisition
Acquire data through onboard sensors during arming status
AI data analysis
Determine abnormalities through fault diagnosis algorithms
Transmission of inspection results
Automatically save inspection results and upload to central operating system when needed
Customer value
Accident prevention by ensuring safety before takeoff
- Automatic inspection of 9 items including motor rotation speed, direction, and balancing
- Pre-emptive blocking of potential risks before takeoff → Reduction in accident rate
87.5% reduction in inspection time
- Manual 8 minutes → Automated 1 minute
- Same quality inspection without skilled personnel → Reduced labor burden
Maximizing on-site responsiveness with a portable structure
- No external power or fixed infrastructure required
- Immediately usable anywhere, including temporary airfields, disaster areas, and forests
Use case
Drone Delivery and Logistics Operation Sites
Pre-inspection of delivery drones, logistics drones, etc.
Isolated Terrain Missions such as Forestry, Disaster Relief, and Surveying
Immediate on-site judgment and action regarding abnormalities
Military, Police, and Security Drone Operation Environments
Proactive prevention of potential defects during mission execution
Outdoor Temporary Airfields and Event Drone Operations
Ensuring operational flexibility on-site and minimizing the risk of safety accidents
SPEC
Size
600x520x230 (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
