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FACILITY REQUIREMENTS <br />requiring that those aircraft based on the west side of the airfield taxi a fairly long distance to get fuel. For <br />movement between the EGAR and the other GA aprons, aircraft must taxi through the movement area. <br /> <br />Industry best practices show that general aviation operations are typically consolidated, preferably in one <br />area of the airfield away from commercial passenger aircraft when commercial operations are present. <br />Grouping together general aviation facilities into one area of the airport allows for a more efficient and <br />safe facility layout, and greater convenience for general aviation operators. Over time, it is recommended <br />that the existing hangar facilities be relocated to a designated area where GA activities will be grouped. <br />The following chapter will examine options for this purpose. The hangar area(s) requiring eventual <br />relocation are either the north ramp or south ramp facilities, as these developments, together, hamper <br />growth of the commercial passenger terminal and adjacent facilities. <br /> <br />It is recommended that a hangar condition analysis be performed for the airport to fully understand the <br />overall condition of each hangar. Knowing the condition and expected useful life remaining for the <br />existing hangars will allow airport management to develop a long range plan for the consolidation and <br />relocation of hangar facilities into an optimal area as determined within this master plan. <br />SMALL UNMANNED AIRCRAFT SYSTEMS <br />Small unmanned aircraft (sUA), commonly known as “drones”, have gained significant popularity in recent <br />years as they became commercially viable for hobbyists. The system (drone, communication links, and <br />controls) of devices used by the operator are referred to as small unmanned aircraft systems (sUAS). <br />Drone popularity and the high potential for safety conflicts within the National Airspace System has driven <br />the FAA to create new rules governing their use. These rules became effecting on August 29, 2016 and are <br />found in 14 CFR Part 107. <br /> <br />16 <br />Small UAS operators must register drones with the FAA if they weigh between 0.55 and 55 pounds <br />under 14 CFR Part 107. Commercial sUAS operators are also required to obtain a Remote Pilot Airman <br />Certificate and abide by the rules within FAA Part 107, which includes the applicable limitations when <br />operating within the FAA controlled airspace system. General drone operating rules include keeping the <br />sUA within line of sight, yielding right-of-way to manned aircraft, and notifying airports and ATC prior to <br />17 <br />operating within 5 miles of an airport, among many others. Small UAS operators can easily identify the <br />most current restrictions or requirements in effect for specific locations by using the FAA smartphone <br />“B4UFLY” application. <br /> <br />While the need for FAA regulations governing small UAS pilots became evident years ago, it takes time to <br />develop these regulation and vet them through the public involvement process. This need was taken into <br />account under Section 333 of the FAA Modernization and Reform Act of 2012 whereby a “bridging” <br />exemption was created to cover the gap between FAA rulemaking and small UAS operator demand. This <br />exemption allowed licensed pilots the ability to pilot small UAS’s once a petition was granted on a case- <br /> <br />16 <br /> Recreational small unmanned aircraft system (sUAS) users are allowed to fly drones without registration if they weigh less than <br />0.55 pounds. Drones weighing 55 pounds or more require licensing and registration as traditional aircraft under 14 CFR Part 47. <br />17 <br /> All of the most current sUAS operating rules can be found on www.faa.gov/uas. <br />EUGENE AIRPORT MASTER PLAN 3-59 <br /> <br />