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FACILITY REQUIREMENTS <br />city utilities are properly equipped to handle the introduction of additional loads and for overall <br />concurrence with state and local stormwater handling guidance. <br />Taxiway Design <br />This taxiway analysis addresses specific requirements relative to FAA design criteria and the ability of the <br />existing taxiways to accommodate the current and projected demand. At a minimum, taxiways must <br />provide efficient circulation, have the proper strength, and meet FAA design standards to safely <br />accommodate the design aircraft. Airport runways should be supported by a system of taxiways that <br />provide an access between the runways and the aircraft parking and hangar areas. Taxiways are classified <br />as: <br />»Parallel Taxiway - Facilitate the movement of aircraft to and from the runway. <br />»Exit Taxiway – Provide a means of entering and exiting the runway (does not include those <br />taxiways designated as connector, parallel, or apron edge taxiway). <br />»Crossover or Traverse Taxiway – Provide increase in taxiway flexibility between two parallel <br />taxiways. <br />»Apron Taxiway - Provide primary aircraft access in an aircraft parking apron. <br /> <br />The goal of an effective taxiway system is to maintain traffic flow using taxi routing with a minimum <br />number of points requiring a change in the airplane’s taxiing speed. At Eugene, there are a total of 26 <br />taxiways. Taxiway A serves as the parallel taxiway for <br />TABLE 3-12 <br />Runway 16R-34L and Taxiway B serves as the parallel <br />TAXIWAY CLASSIFICATIONS <br />taxiway for Runway 16L-34R. Taxiway A has nine exit <br />taxiways from Runway 16R-34L, all of which are on the <br />Taxiway DesignationTaxiway Classification <br />east side of the runway. The current configuration has <br />a bypass taxiway on each end of the runway which <br />TWY AParallel <br />allows for an optimal flow of ground maneuvering. <br />TWY BParallel <br />Taxiway B has four exit taxiways, all of which are <br />TWY CCrossover <br />located on the west side of the runway. As noted <br />TWY DApron Taxiway <br />previously, the taxiway system is largely the result of <br />TWY EApron Taxiway <br />repurposing pavement from previous airfield layouts, <br />TWY FApron Taxiway <br />making many taxiway locations abnormal and non- <br />TWY GApron Taxiway <br />standard from FAA recommendations. A summary of <br />TWY HApron Taxiway <br />the taxiway nomenclatures and their associated <br />classification is in Table 3-12. <br />TWY JApron Taxiway <br /> <br />TWY KCrossover <br />The Airport’s design aircraft determines taxiway design <br />TWY LApron Taxiway <br />standards and dimensional criteria. Taxiway pavement <br />TWY MCrossover <br />width is determined by the TDG of the design aircraft. <br />TWY NCrossover <br />Separation standards are determined by the ADG of <br />TWY PCrossover <br />the design aircraft. To accommodate the Airport’s <br />TWY RApron Taxiway <br />design aircraft, it is recommended that critical airfield <br />Source: FAA Advisory Circular 150/5300-13A, Change 1 <br />EUGENE AIRPORT MASTER PLAN 3-17 <br /> <br />