Feasibility Analysis of Automotive Proving Ground for Aircraft Takeoff and Landing
As new energy and autonomous driving technologies advance swiftly,the low-altitude economy encounters unparalleled opportunities for growth.This manuscript conducts a comprehensive analysis of the potential and value of automotive test sites within the burgeoning low-altitude economy,and deliberates on the viability of reconfiguring these sites to accommodate UAV takeoff and landing activities.The discourse is segmented into an examination of site selection criteria,conditions of takeoff and landing areas,and auxiliary facilities,utilizing actual dimensional parameters from select domestic test sites to substantiate the adaptability of certain test roads for aerial vehicle operations.The findings indicate that automotive test sites,with their expansive land areas,favorable road conditions,and well-appointed infrastructure,lay a robust groundwork for the takeoff and landing of specific classes of aircraft.Concurrently,the manuscript identifies pivotal considerations for the transformation process,such as the construction of hangars,installation of night navigation lighting,and the implementation of flight safety management protocols,proposing respective strategic measures.The intent of this research is to offer innovative perspectives for the strategic planning and development of low-altitude infrastructure,as well as to guide the business model transformation of automotive test sites,thereby fostering the sustainable progression of the low-altitude economic sector.
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