The web search results discuss the concept of 'drone carriers' in general terms, referencing the US Navy's need for them and the existence of carriers like TCG Anadolu. However, none of the provided evidence specifically corroborates the detailed analogy—that an armored vehicle functions as a mobile command and energy node launching and sustaining drones *just as* naval carriers support aircraft—as described in the claim. The evidence is too general to confirm this specific analogy.

The evidence provides general information about Xidian University and links to scientific articles, but none of the provided search results specifically confirm that a team from Xidian University published findings on *March 25* in the *peer-reviewed Chinese journal Aeronautical Science & Technology*. The evidence is insufficient to verify the date, journal, or specific publication details.

The web search results discuss the need for sustained operation and the limitations of UAVs, but none of the provided evidence specifically confirms that a car-mounted system kept fixed-wing drones airborne for *up to 3.1 hours at an altitude of 15 meters (49 feet)*. The evidence is too general regarding drone performance metrics.

The web search results discuss 'strategic alignment' and 'team alignment' in project management, but none of the provided evidence mentions the specific challenge of 'maintaining alignment between the emitter and the drone during flight' or attributes this statement to a project leader named 'Song Liwei'.

The web search results are general resources for researchers (ResearchGate, general research search tips) and do not contain any information regarding the integration of GPS positioning, a dynamic tracking system, and onboard flight controls into a specific system, as claimed.