Under Pressure by Kassy’s Post

📚 Can Performance Based Navigation (PBN) reduce the peak noise levels generated by arriving aircraft ? Discover about it on this trial - a first of its type in the UK - conducted by the London Gatwick team. 🇬🇧

So we know how to read aircraft marshalling signals, next time when you fly, make sure you check them out...

Ever wondered what happens when an airplane is struck by lightning? 🌩️✈️ It's more common than you might think, but rest assured, airplanes are built to handle it! When lightning strikes, the aircraft's outer shell, made of conductive materials, acts like a Faraday cage. This design safely directs the electrical charge around the plane's exterior and away from the interior, ensuring that passengers and critical systems are protected. In fact, modern aircraft are struck by lightning about once a year, but incidents rarely cause significant damage. Pilots and engineers undergo extensive training to manage such events, and aircraft are regularly inspected and maintained to ensure their lightning protection systems are in top condition. So, next time you're flying and see a storm, know that you're in good hands. Our commitment to safety is unwavering, and we ensure all our flights are prepared for any eventuality. Fly safe and stay informed! Follow Tochi Aviation for more fascinating aviation facts and updates. #AviationFacts #FlightSafety #LightningSafety #AviationGeek #TravelSmart #TochiAviation @followers @top fans

Understanding De-Icing: Essential Winter Flight Safety Winter has arrived, and with freezing temperatures comes a critical topic in aviation: De-Icing. What is it? And how can you manage its costs? De-icing removes ice and frost from an aircraft's critical surfaces to ensure safety and optimal performance. Left untreated, ice can disrupt aerodynamics, reduce lift, and even impair engine function—making this process vital for safe departures in cold weather conditions. Discover strategies like hangar storage and de-icing insurance to stay ahead this winter. Read the full article and be winter-ready with JetFlo! https://lnkd.in/dpGgB__d

🚀 The Secret Behind Airplane Windows Ever noticed the tiny hole in airplane windows? It's called a breather hole, and its purpose is to balance air pressure between the window panes. This small but crucial feature prevents the outer pane from bearing the full pressure difference during flight, ensuring safety and structural integrity. Next time you fly, take a closer look at your window! If you are more curious check the comment section for the detailed blog post. I spill Daily Aviation Insights If you like this content, follow me P.S. ♻️ Repost if you found this interesting. #aviation #dailyaviation #aviationlove #aviationgeek #airplane #AviationInsights #aviationjob #uk #london #travel

🚨 Stay current and safe with our Emergency Procedure of the Month: Engine Failure On Takeoff (Low Altitude) SWIPE👇 to Learn. ✔️ *Amplification* If engine failure is accompanied by fuel fumes in the cockpit, or if internal engine damage is suspected, move Mixture Control to CUTOFF and do not attempt a restart. If a turn back to the runway is elected (ONLY consider > 1000’ AGL), be very careful not to stall the airplane. If the engine fails immediately after becoming airborne, abort on the runway if possible. If altitude precludes a runway stop but is not sufficient to restart the engine, lower the nose to maintain airspeed and establish a glide attitude. In most cases, the landing should be made straight ahead, turning only to avoid obstructions. After establishing a glide for landing, perform as many of the checklist items as time permits. 🌐 Learn more about us on our 🛩 website: https://bit.ly/3g2h7j9

Only 5% of the world's population has ever been on an airplane. Are there any other facts or trivia you'd like to add? #aviation #airplane #aircraft #information #facts #pilot #Pilotlife #fly #flight #learning #airlines #airlineindustry #aviationindustry #aviationlovers #passenger #airport #frequentflyer #linkedin #learn #knowledge

💪✈️ While they may sound scary, they highlight the incredible engineering and safety measures in place. That 30-second window? Clear air turbulence? The truth is, flying is incredibly safe. So next time you board a plane, rest easy knowing you're in capable hands! What's your most interesting aviation fact? Share below! 👇 #AviationSafety #PilotLife #FlyingFacts For more such content follow @Aviatryx

Airplanes are marvels of engineering that rely on four key forces: lift, weight, thrust, and drag. Lift is generated by the wings, allowing the plane to rise. Thrust, produced by the engines, propels the plane forward. Weight, the force of gravity, pulls it down, while drag, the resistance of air, slows it down. Balancing these forces allows an airplane to take off, fly, and land smoothly. But what truly ensures our safe travels? It's the advanced safety features! Modern airplanes are equipped with: > Reinforced Cockpits: Protects pilots and crucial controls from external threats. > Advanced Navigation Systems: Ensures precise route planning and obstacle avoidance. > Deicing Systems: Prevents ice formation on wings, maintaining aerodynamic efficiency. > Engine Redundancy: Multiple engines ensure that if one fails, others keep the plane flying. > Emergency Exits and Slides: Facilitates quick evacuation during emergencies. These features, among many others, are the backbone of aviation safety, ensuring millions of passengers reach their destinations securely every day. So next time you board a plane, take a moment to appreciate the intricate design and safety measures that make air travel one of the safest modes of transportation. Fly high and stay curious! #AviationBasics #AirplaneSafety #AviationEnthusiast #STEM #StayCurious