Verification of a Drone Operation Model for Mount Rokko, Kobe City, with an Eye Toward Real Disasters
NQ Score
67/100
AI Summary (NQ-processed)
Nihon Computer Net Co., Ltd. conducted a drone operation demonstration on Mount Rokko in collaboration with the Kobe City Crisis Management Bureau. The project focused on building a practical, highly reproducible operation model for disaster scenarios, including logistics and information gathering, while testing Level 3.5 flight protocols and LTE-based communication. The findings will be used to develop standardized operational guidelines for disaster response in Kobe City.
AI analysis data is not yet available.
Frequently Asked Questions
- Q: Which companies and government agencies collaborated on the drone operation demonstration on Mount Rokko in Kobe City?
- A: Nihon Computer Net Co., Ltd. collaborated with the Kobe City Crisis Management Bureau on the drone operation demonstration on Mount Rokko.
- Q: What was the primary objective of the drone operation demonstration conducted on Mount Rokko?
- A: The primary objective was to build a drone operation model directly applicable to real-world disaster scenarios, not just to test flight or logistics capabilities.
- Q: What specific disaster response tasks were drone operations intended to support during the Mount Rokko demonstration?
- A: Drone operations aimed to support damage confirmation, supply transport to isolated areas, road accessibility assessment, and gathering critical initial response information.
- Q: Under what flight classification premise was the Mount Rokko drone demonstration conducted, and what technology supported the operation system?
- A: The demonstration was conducted under the premise of Level 3.5 flight and used an operation system supported by LTE signals.
- Q: What key operational procedures were identified as necessary for safe and practical drone use during disasters in the Mount Rokko trial?
- A: Necessary procedures included safety checks when crossing roads, preventing vehicle access to landing sites, confirming no third parties are present, and establishing emergency suspension and evacuation protocols.