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Today I would like to draw attention to the INS (Inertial Navigation System), which is used to measure acceleration and velocity in order to determine the orientation and position of the aircraft. Currently, every aircraft is equipped with this type of system. Its advantage is its independence from other systems and the impossibility of interference, as can be done in the case of GPS, and it is also more accurate than GNSS. Below is the link to the article and video about this system: https://lnkd.in/de_4KwDp Author of the video: FlyByMax I invite you to discuss this system and share your knowledge. #aviation #airplanes #testpilot #flighttest #militaryaviation

Nice video to understand (ehh..), how information gathering to keep informed pilots and systems about aircraft attitude and position. Surely not enough but at least gives some clue. I like it.

You surely have encountered the VFR and IFR terms, which are crucial in aviation navigation. Essentially, they represent two sets of piloting rules: Visual Flight Rules and Instrument Flight Rules. But when do you choose which? Does it depend on your rating, weather conditions, airspace class, and your goal, or all together? Read the article to find out: https://lnkd.in/eb8Ehz9t #aviationlovers #avgeek #aviationdaily #pilottraining #aviationindustry #futurepilot #pilotlifestyle

🛫 Mastering the Art of Air Navigation Ever wondered how pilots navigate the skies with such precision? Let's dive into the fascinating world of Air Navigation Procedures (ANPs): Waypoints and Airway Design: Waypoints act as GPS markers in the sky, guiding aircraft along predefined routes. These routes, known as airways, are meticulously designed to optimize traffic flow and avoid hazards! 🌐 Holding Patterns: When air traffic gets congested, holding patterns keep aircraft safely separated. These racetrack-shaped paths ensure efficient use of airspace while maintaining safety and order! 🔄 Transition Altitudes and Levels: Transitioning between different flight levels requires precision. Transition altitudes are set to ensure aircraft safely ascend or descend without conflicts! 🛬 Performance-Based Navigation (PBN): Modern navigation relies on PBN, which enhances accuracy, reliability, and efficiency. By leveraging satellite technology, pilots can fly more direct and fuel-efficient routes! 🚀 Did you know that the first official air navigation rules were established in 1944 with the signing of the Chicago Convention? This paved the way for the standardized procedures we use today! 📜 #Aviation #AirNavigation #FlightSafety #Waypoints #PerformanceBasedNavigation #AviationHistory #PilotTraining #AirTrafficControl #AerospaceEngineering #AviationTechnology

Tip Tuesday: Class Echo Airspace #TipTuesday #iFlySCA #AviationGeek #ClassE #Airspace Class E airspace in the United States is a segment of controlled airspace defined by the FAA. It extends from the surface or a designated altitude to specific upper limits. Operating under IFR, it serves as a versatile airspace class connecting other classes, ensuring structured and safe airspace even in less populated areas. Pilots within Class E follow specific regulations and communication requirements for seamless air traffic control coordination. Understanding Class E airspace is essential for safe navigation and compliance with airspace regulations.

Aviation and aerospace are industries where reliable software is non-negotiable ⚠️ From navigation and flight control to maintenance, communication and passenger management, reliable software is the fundament of a robust and secure aviation ecosystem: https://lnkd.in/dUhbrT8q #AllforOnePoland #aviationnews #aviationintech #aviationnews #aerospaceanddefense #aerospace #ai #airplanes #airportmanagement #softwaredevelopment

Did you know that the view of flight trajectories differs significantly for aircraft operators👨✈️, air traffic control 🎧 and the #Eurocontrol Network Manager? This makes coordination difficult, especially when there’s bad weather ⛈️, closed airspace or other constraints. What is needed is a common view. For that, there’s the SESAR 3 Network Trajectory Based Operations (TBO) Project. In this video 🎬, the project explains how it is using synchronised, 4D trajectories to make #ATM more predictable and support a better use of airspace capacity. #SESARJUprojects #DigitalSky #SESARJU #HorizonEU #aviation

Get a glimpse of the exchange between pilots and ATC to see how the National Airspace System works.

Aviation and aerospace are industries where reliable software is non-negotiable ⚠️ From navigation and flight control to maintenance, communication and passenger management, reliable software is the fundament of a robust and secure aviation ecosystem: https://lnkd.in/dizcZ96G #AllforOnePoland #aviationnews #aviationintech #aviationnews #aerospaceanddefense #aerospace #ai #airplanes #airportmanagement #softwaredevelopment

💡Did you know? Air data testing is crucial for ensuring the safety and efficiency of aircraft operations. It provides precise measurements of vital flight parameters such as airspeed, altitude, and angle of attack, which are indispensable for navigation and flight control. Accurate air data is not just a safety measure; it's a necessity for effective decision-making during flight, particularly in challenging conditions. Routine testing of air data systems guarantees that the aircraft's instruments are reliable and that the information relayed to the flight crew is correct. This level of precision is essential for both navigating safely and responding to any in-flight anomalies. Moreover, air data testing is a regulatory requirement. It helps airlines adhere to aviation standards and maintain the airworthiness of their fleets, ensuring passenger and crew safety at all times. At Northern Aerotech, we rigorously uphold these standards, ensuring each check enhances safety and reliability. Contact us : 📩sales@northern-aerotech.com 🌐www.northern-aerotech.com #AviationMaintenance
 #AircraftMaintenance 
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