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  <description>BIG HEADING The future of rotor hub mechanics. SCOPIC represents a major leap forward in rotor hub mechanics, a software-defined virtual swashplate that delivers collective and/or cyclic pitch control using nothing more than driveshafts and</description>
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    <description>BIG HEADING The future of rotor hub mechanics. SCOPIC represents a major leap forward in rotor hub mechanics, a software-defined virtual swashplate that delivers collective and/or cyclic pitch control using nothing more than driveshafts and drive motors — no swashplates, actuators, linkages, or complex mechanisms required... Software defined virtual swashplate No swashplates or linkages. No slip r</description>
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    <pubDate>Tue, 27 Oct 2026 18:57:12 +0000</pubDate>
    <description>BIG HEADING The future of rotor hub mechanics. SCOPIC represents a major leap forward in rotor hub mechanics, a software-defined virtual swashplate that delivers collective and/or cyclic pitch control using nothing more than driveshafts and drive motors — no swashplates, actuators, linkages, or complex mechanisms required... Software defined virtual swashplate No swashplates or linkages. No slip r</description>
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    <pubDate>Tue, 27 Oct 2026 18:57:12 +0000</pubDate>
    <description>BIG HEADING The future of rotor hub mechanics. SCOPIC represents a major leap forward in rotor hub mechanics, a software-defined virtual swashplate that delivers collective and/or cyclic pitch control using nothing more than driveshafts and drive motors — no swashplates, actuators, linkages, or complex mechanisms required... Software defined virtual swashplate No swashplates or linkages. No slip r</description>
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