1.1M
MYHave you ever listened to live air traffic control on a @united flight? Send this to someone who didn’t know this was a thing. 💙✈️
@mylayoverlife
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2.4M
ENArrivano i reel dalla Torre di controllo di Fiumicino!
Federica in cuffia
🇮🇹✈️👍
#enav #enavpeople #innovatingthesky #airtrafficcontrol #airtrafficcontroller
@enav_spa
2.1M
TH1. January 15, 2009, 3:27 PM. US Airways Flight 1549 takes off from LaGuardia with 155 souls. Ninety seconds later, a flock of Canada geese destroys both engines. Captain Chesley "Sully" Sullenberger feels the plane shudder, hears the explosions. The cockpit goes quiet. No thrust. Altitude: 2,800 feet. Speed: dropping. Time to decide where to crash: 208 seconds.
2. Air traffic control offers Runway 31 at LaGuardia. Sully calculates: not enough altitude, not enough speed, too many buildings between here and there. They offer Teterboro in New Jersey. Same math, same answer. Below him: the Hudson River, frozen gray in January, ferries crossing, Manhattan on one side, Jersey on the other. He says six words: "We're gonna be in the Hudson."
3. Co-pilot Jeff Skiles runs the emergency checklist for engine restart. Nothing works. Sully takes the controls. He has to hit the water at exactly the right angle: too steep and the plane breaks apart, too shallow and it skips and cartwheels. The optimal window is roughly 11 degrees nose-up. No instruments for water landings. No training for this. Just 42 years of flying and 208 seconds to use it.
4. Impact at 3:31 PM. The plane hits the water at 150 mph, stays intact, begins sinking immediately. Flight attendants open doors. Passengers climb onto the wings in 36-degree air. Ferries arrive within four minutes. Sully walks the sinking cabin twice, checking every seat, every overhead bin. He is the last person off the aircraft. All 155 passengers survive. Zero fatalities.
5. Investigators later tested the scenario in simulators. Every pilot who attempted the airport return crashed into buildings. The only survivable option was the river. Sully made that calculation in three seconds while falling from the sky.
If you had 208 seconds to make a decision that would save or k*ll 155 people, would your instincts be ready?
@thewrldtales
2.3M
CBAir traffic control audio from LaGuardia Airport is raising questions about controller workload and staffing after a deadly runway collision that killed two pilots on Sunday, @krisvancleave reports. In the recording, a single controller appears to be managing multiple emergencies at once before an Air Canada plane collided with a firetruck. At one point, the controller can be heard telling a pilot, “We were dealing with an emergency earlier. I messed up.”
@cbsnews
740.0K
EXEver wondered why your 7-hour flight feels like a curve on the map? ✈️🤔
It’s not just to avoid the middle of the ocean—it’s because of the "Jet Stream Highway" and the secret of Great Circle Routes. 🌍🛣️
A "straight line" on a flat map is actually a longer distance on a round Earth! Pilots follow the curve of the globe to save thousands of miles in fuel and time. ⛽💨
The Two Secrets to the "Invisible Path":
🌪️ The Jet Stream: A high-altitude "river of air" flowing west-to-east at over 200 mph (320 km/h). Catching this "tailblast" can shave over an hour off your flight from NYC to London! 🇬🇧🇺🇸
📍 NAT Tracks: Air Traffic Control creates a new set of "North Atlantic Tracks" every single day based on where the wind is strongest. It’s a dynamic highway that moves with the weather!
Next time you're staring at the flight map, remember: you’re not just flying; you’re surfing a 35,000-foot wave of air. 🌊🛫
Have you ever had a flight arrive 30 minutes early? That was the Jet Stream! 👇
Save this for your next long-haul flight! ✈️📖
#jetstream #aviation #flightpath #travelhacks #USA sciencefacts pilotlife transatlantic airtravel howitworks physics maps 2026 reelsviral
@explorethe__globe
41.2M
CRAntonov Dosent Follow Physics, Physics Follow Antonov 🤯😂🛩
This clip captures a legendary aviation moment where an Antonov heavy-lift pilot delivers a brutally calm, no-nonsense reply to Air Traffic Control—and the internet calls it “savage.” But behind the viral humor is pure aeronautical reality. Antonov aircraft like the An-124 or An-225 don’t fly by vibes or wishes. They fly by weight, momentum, and physics.
When ATC asks for adjustments that sound simple on paper—altitude changes, speed control, tighter turns—the Antonov pilot responds with blunt honesty. A fully loaded giant can’t climb, descend, or slow like a narrow-body jet. Every move is calculated minutes ahead, not seconds. What sounds like attitude is actually experience speaking.
This exchange went viral because it exposes the gap between tower expectations and heavy-aircraft limitations. It’s not disrespect—it’s a reminder that aviation isn’t negotiable. Gravity doesn’t care about clearance, and mass doesn’t argue. The Antonov doesn’t flex—it explains.
Sometimes the most savage reply is just… the truth.
.
.
#Antonov #AviationMoments #PilotLife #ATCvsPilot
@crafty_creations1326
462.4K
CIIn the early hours of a warm morning in Dubai, a dramatic and unexpected aviation incident shocked travelers and airport staff. A large passenger aircraft approaching the busy Dubai International Airport experienced serious trouble just moments before landing, leading to a frightening accident on the runway.
The aircraft, reportedly carrying more than 230 passengers and crew members, had departed from Istanbul several hours earlier. According to the fictional report, the flight had been smooth for most of the journey. Passengers were preparing for arrival, fastening their seatbelts as the captain announced the beginning of the descent into Dubai.
As the plane descended through the early morning clouds, passengers suddenly began to feel strong vibrations coming from the left side of the aircraft. Some travelers later said they heard a loud metallic noise coming from one of the engines. At first, many assumed it was normal turbulence, but the shaking quickly became stronger.
Inside the cockpit, the pilots noticed abnormal readings from the aircraft’s systems. One of the engines appeared to be losing power, and warning alarms began flashing across the control panels. Despite the unexpected situation, the experienced pilots remained calm and quickly communicated with air traffic controllers at Dubai International Airport.
Air traffic control cleared the aircraft for an emergency landing and prepared rescue teams along the runway. Fire trucks, ambulances, and emergency crews quickly moved into position as the troubled plane slowly approached the airport.
Passengers inside the cabin described a tense and frightening atmosphere. Flight attendants instructed everyone to remain calm and assume the emergency landing position. Some passengers held hands, while others silently prayed as the aircraft descended lower toward the runway lights.
As the plane finally touched down, the situation suddenly worsened. Due to the damaged engine and strong crosswinds, the aircraft lost balance upon contacting the runway. The landing gear struck the ground hard, causing the plane to bounce and veer slightly off its intended path.
Within seconds, sparks appeared beneath the aircraft as me
@civil_wall
425.7K
THA go-around is one of the most important safety maneuvers in aviation. In aircraft like the Concorde, if an approach becomes unstable—meaning the aircraft is too fast, too high, not properly aligned with the runway, or the runway isn’t clear—the pilots will immediately discontinue the landing and climb away to try again.
Executing a go-around involves applying takeoff/go-around thrust, pitching the aircraft up into a safe climb, retracting the landing gear once a positive climb is confirmed, and gradually retracting the flaps as the aircraft accelerates. Air traffic control is then informed while the crew sets up for another approach.
Go-arounds can happen for many reasons: unstable approaches, wind shifts, traffic still on the runway, or sudden weather changes. They’re a normal part of aviation and a sign that pilots are prioritizing safety over forcing a landing.
📸: @aeronavesaviacionyaeronautica
#Concorde #GoAround #AviationSafety #AvGeek #AviationHistory ✈️
@theaeroplug
10.9K
ASDon’t keep bothering us if you aren’t ready. Sincerely, every air traffic controller 😘
#aviation #aviationlovers #aviationdaily #avgeek #aviationdaily #pilot #pilotlife #atcview #pilottraining #airtrafficcontrol #airtrafficcontroller #pilotview
@ashley_vectors
1.1M
PIRepost from @roguejer
•
An American Airlines and Delta Airline almost collide in Syracuse, NY after air traffic control gave both planes the right away to the same runway. It’s legit dangerous to fly nowadays
@piloteyes737
363.1K
PRAircraft antennas might be easy to overlook, but they're essential for communication, navigation, and safety! 🛰️📡 From talking to air traffic control to navigating complex routes, each antenna on an aircraft has a specific role, ensuring pilots have the information they need in real time. Here’s a breakdown of the key antennas and what they do.
1. VHF Communication Antennas:
These are the main communication antennas on most aircraft. They operate in the VHF (Very High Frequency) range and allow pilots to communicate with air traffic control over relatively short distances. Usually located on top of the fuselage or under the belly, VHF antennas ensure clear voice communication up to about 200 miles, depending on altitude.
2. HF Communication Antennas:
For longer-distance communication, especially during trans-oceanic flights, HF (High Frequency) antennas come into play. These antennas can “bounce” signals off the ionosphere, making them capable of spanning thousands of miles. You might spot HF antennas as long, thin wires along the fuselage or near the tail on larger aircraft.
3. GPS Antennas:
GPS antennas are vital for accurate navigation, providing real-time positioning data to the cockpit. They’re usually small, dome-shaped antennas on top of the fuselage, designed to pick up signals from GPS satellites.
4. Weather Radar Antennas:
Located in the nose, these antennas scan ahead for weather patterns, helping pilots avoid severe weather. The radar data is displayed on cockpit screens, showing precipitation levels, storm cells, and turbulence.
5. DME Antennas:
DME (Distance Measuring Equipment) antennas allow the aircraft to determine its distance from ground-based navigation aids. Paired with VOR (Very High Frequency Omnidirectional Range) antennas, they enable precise navigation, particularly during approaches.
6. TCAS Antennas:
TCAS (Traffic Collision Avoidance System) antennas, usually on the top and bottom of the fuselage, detect nearby aircraft to prevent mid-air collisions.
...... And many more!
#AviationTechnology #AircraftAntennas #FlightSafety #CommunicationSystems #Navigation
Follow me 👉🏻@prath1001 for insightful content ✈️;
@prath1001
53.2K
AVFunniest Pilot and Air Traffic Controller Moments (Part 149) 😂👨✈️🛬
Follow us @aviationmp4 for more!
@aviationmp4
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