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Expendable Remotely Piloted Vehicles for Strategic Offensive ...

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Aircraft Flight Per<strong>for</strong>manceAircraft flight per<strong>for</strong>mance in normal situations is an advantage <strong>for</strong> allmanned and unmanned aircraft. Today’s current systems per<strong>for</strong>m whattheir designers intended them to do, and they do so remarkably well. Withadvanced research into aerospace technologies, future systems are likelyto demonstrate even greater improvements in flight per<strong>for</strong>mance. This isnot to say major developmental problems will not occur nor that maintenancerequirements will be trivial. Design and development challengeswill always be present in the pursuit of better flight per<strong>for</strong>mances <strong>for</strong>manned as well as unmanned systems.It is areas of exceptional conditions that distinguish the diff e re n ttypes of vehicles from one another. For example, in hazardous, boring,or fatiguing conditions (ranked in a previous section), the perf o rm a n c eadvantage goes to UAVs. For emergency or un<strong>for</strong>eseen conditions (to beranked in a later section), the perf o rmance advantage goes to manneda i rc r a f t .Relative Ranks <strong>for</strong> Aircraft Flight Per<strong>for</strong>mance AreaManned AircraftCruise MissilesReusable <strong>Remotely</strong> <strong>Piloted</strong> <strong>Vehicles</strong><strong>Expendable</strong> <strong>Remotely</strong> <strong>Piloted</strong> <strong>Vehicles</strong>●●●●ReliabilityAs with flight perf o rmance, reliability is an area of advantage acro s sthe diff e rent types of manned and unmanned aircraft. Te c h n o l o g i c a ladvances in airframe materials, propulsion systems, avionics, fuels,sensors, and other equipment have made every modern US aerial vehiclevery reliable. This is not to say aircraft problems and losses do noto c c u r. Even the highly advanced and extensively maintained B-2 experienceda serious in-flight emergency when all cockpit displays wentb l a n k . 6 1Manned and reusable unmanned systems require maintenance, logistics,and other support in order to operate at optimum levels of per<strong>for</strong>mancecapability. However, the US military effectively meets these requirementsin order to maintain a consistently high level of mission readiness.The per<strong>for</strong>mances of manned aircraft, RPVs, and cruise missiles duringthe Gulf War have shown this area to be an advantage <strong>for</strong> all these airpowerassets. For example, Pioneer, Pointer, and ex-drone UAVs flew 522missions during Desert Storm compiling 1,640.9 hours of flight and sufferingonly one loss. 62 While reliability remains high <strong>for</strong> all US aerial vehicles,some require more support (particularly in the area of systems) thanothers in order to achieve and maintain it.55

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