Explanation of power spot checks and recovery work during power outages!
The biggest advantage of using drones for inspecting electrical equipment is the significant reduction in work time and the ability to cut labor costs. Additionally, based on aerial images, it is possible to measure the overall safety of operations and quickly identify problems. In particular, the use of drones is suitable for inspecting hazardous equipment such as transmission towers and substations. By using drones in areas where workers cannot approach, it is possible to quickly access the towers and diagnose what would normally take several hours in just a few minutes while collecting real-time images. *For more details, you can view the related links. For more information, please download the PDF or feel free to contact us.*
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basic information
- Cruising speed: 11-30 m/s (40-110 km/h) - Maximum wind resistance: 12.8 m/s (46 km/h) - Landing type: Liner landing using steep landing technology (accuracy of 5m at an angle of 35°) - Operating temperature: -15° to 40°C; the drone needs to be protected from sunlight if the ground temperature exceeds 35°C - Humidity: Resistance to light rain - Ground avoidance: LiDAR (range 120 m) - Ground resolution: 1.5 cm - Maximum flight time: 90 minutes - Mission range at 120m altitude: 2.2 km² - 5 km² - Straight-line range: 55.4 km
Price information
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Applications/Examples of results
Power spot checks, restoration work during power outages, site and vegetation surveys, deterioration diagnosis of wind turbines, corridor mapping, etc.
Company information
We not only sell electronic components but also value the elements of added value. We incorporate analog LSI design and system integration that meet our customers' needs, providing total solutions for them. We always prioritize communication as we strive to be our customers' best partner.