In a recent interview with TVB News, Samuel Lam, CEO of X Social Group, addressed challenges faced in drone operations, particularly those arising from adverse weather conditions. Lam noted, “Approximately 15% of operational issues stem from force majeure factors, such as unexpected rain, which can be challenging to manage. Nevertheless, we can anticipate many events, including solar storm indices and rainfall. In response, we are preparing to introduce a 'Drone Takeoff Reliability Index' that will establish an objective quantitative standard grounded in weather conditions and signal interference data.”
Drones depend heavily on satellite signals for precise positioning during image processing, making them susceptible to disruptions caused by environmental factors like solar storms. These disruptions can lead to collisions and operational failures. However, experts suggest there are strategies to mitigate these risks.
Dr. Wen, a researcher from the Department of Aviation and Civil Engineering and a collaborator in this field, emphasized the potential of advanced technology. “By integrating ultra-wideband technology for positioning, we can enhance distance measurement capabilities. Our team is focused on developing specialized programs tailored for ultra-wideband positioning technology. During solar storm events, we can implement backup or enhancement solutions to maintain operational integrity.”
Dr. Wen advocates for collaboration between drone companies and academic institutions to explore innovative approaches for minimizing the impact of weather-related interference on drone operations. Such partnerships could lead to significant advancements in ensuring the reliability and safety of drone technology in challenging environmental conditions.
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