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the official Russian Legal Information
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portal has published the government
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resolution establishing requirements for
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navigation equipment on piloted aircraft
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and unmanned aerial systems uas
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manufactured in or imported into Russia
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2025 all such aircraft and drones must
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have glown ass navigation systems by
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March 1st 2026 the superjet 100 is an
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exception as it has a delayed deadline
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of March 1st 202 9 the resolution States
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navigation equipment for manned aircraft
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and unmanned aerial vehicles uavs that
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are part of unmanned aerial systems
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manufactured within the Russian
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Federation which receive and process
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satellite navigation signals must use
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signals from the global navigation
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satellite system glonass all aircraft in
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uas must have two-way radio
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communication systems by March 1st 2026
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in addition to navigation systems to
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facilitate take crew member and air
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traffic control service communication
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this requirement is indispensable for
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avoiding accidents and the safe
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administration of air traffic
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additionally all specified aircraft must
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have altitude and location monitoring
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systems to facilitate Air Traffic
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Control supervision automatic dependent
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surveillance broadcast systems and
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traffic collision avoidance systems are
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also mandatory for aircraft with a
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maximum takeoff weight exceeding 15,000
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kg those powered by gas turbine engines
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an aircraft with a passenger capacity of
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more than 30 people specific
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requirements differentiate uavs based on
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their launch weight hardware and
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software must equip all drones to
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prevent flights in prohibited or
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restricted areas in addition remote
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identification systems emergency flight
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termination systems and onboard
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collision avoidance lights are required
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for larger drones the resolution's
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technical specifications aim to ensure
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airspace control and enhance the safety
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of civil aviation flights they require
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the integration of modern navigation
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Technologies and standards in the
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operation of aircraft and uas within
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Russia in order to be compliant with
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current regulations all systems must
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undergo the requisite certification
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processes the question is why did Russia
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rely on GPS instead of gloess in civil
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aviation The Narrative of Russia's
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satellite navigation challenges is a
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complicated tale that includes fiscal
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limitations technological constraints
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and geopolitical realities the system
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was not yet capable of satisfying the
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rigorous standards of civil aviation
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when glonass was initially developed in
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its early years glas consistently failed
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to meet the performance standards
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established by the American GPS system
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which necessitates extremely precise
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positioning for precision navigation
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technical deficiencies rendered the
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satellite constellation unreliable for
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critical applications like commercial
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Aviation economic challenges
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significantly delayed the development of
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glonass immediately following the Soviet
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Union's collapse Russia encountered
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severe Financial constraints that
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restricted its ability to make
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significant investments in Satellite
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technology the Russian government had
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difficulty allocating the requisite
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financing to bring glonass to a
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competitive level with GPS as the
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maintenance of a global navigation
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satellite system necess itates
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substantial Financial
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Resources this economic reality resulted
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in Russian civil aviation determining
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that it was more practical and
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cost-effective to rely on the extant GPS
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infrastructure further the global
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aviation industry has already
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established a comprehensive ecosystem
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that revolves around GPS technology
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avionics companies aircraft
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manufacturers and navigation system
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producers had made substantial
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investments in GPS compatible equipment
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the complete transition to glonass would
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have required a prohibitively expensive
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and extensive revision of current
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Aviation Technologies standardized
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navigation systems are essential for
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international flight operations a
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unilateral transition to a Russian only
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system would have presented substantial
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compatibility challenges for Russian
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Airlines that operate in the global
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market the geopolitical landscape also
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influenced the selection of navigation
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technology practical consider op ations
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frequently prevailed over patriotic
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sentiment despite the fact that glonass
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was a source of national pride Russian
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Airlines and Aviation authorities
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acknowledged that the most
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cost-effective and dependable solution
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was to use GPS in conjunction with their
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own emerging technology this method
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allowed them to maintain operational
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efficiency while gradually expanding the
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capabilities of glonass in recent years
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Russia has significantly accelerated the
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development of glonass especially after
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the imposition of Western sanctions in
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2014 and the subsequent years the system
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has undergone a substantial Improvement
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now providing efficacy that is on par
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with that of GPS modern Russian aircraft
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have increasingly employed hybrid
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glonass GPS navigation systems to
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enhance reliability and redundancy this
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development is a strategic response to
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geopolitical challenges and a testament
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to Russia's technological capabilities
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the trans I of glass from a domestically
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focused restricted navigation system to
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a competitive global technology is
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indicative of broader Trends in Russian
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advancement initially developed as a
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strategic alternative to GPS the
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navigation system has evolved into a
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sophisticated system that is now crucial
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to Russia's technological infrastructure
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The Narrative is not solely concerned
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with satellite navigation it also
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pertains to Russia's unwavering
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Endeavors to cultivate autonomous
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technological capabilities in a
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multifaceted Global context now do you
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think Russia can now easily block all
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GPS signals over its territory in the
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event of a future War let us know in the
6:13
comments please like and share our
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