Post Fixado
Where flight decks are heading and what it means for pilots.
Avionics have come a long way from basic dials and analog needles.
Today’s glass cockpits already look like something out of a sci-fi movie but the future? It'll be even more advanced.
Let’s take a look at how future avionics will transform the way we fly, train, and make decisions in the cockpit.
Future avionics will do more than display information, they’ll interpret it.
Weather is one of the most dynamic and unpredictable factors in aviation. Even a perfectly planned flight can require last-minute changes if conditions deteriorate or shift before departure.
Good pilots don’t just react, they adapt.
Here’s what to consider when the weather changes before the flight.
Start with the basics: check the most recent METARs and TAFs. Look for changes in:
Every phase of flight has its own challenges, but which one is the most dangerous?
Statistically, takeoff and landing phases account for most accidents. However, that doesn’t mean the others are risk-free.
Let’s take a closer look at the main phases and the arguments for each being the most critical.
Taxi
It may seem harmless, but taxiing is more dangerous than most people think. Why?
Low visibility in bad weather or at night
What is ADS-B?
ADS-B stands for Automatic Dependent Surveillance–Broadcast. It’s one of the most important technologies in modern air traffic surveillance — and it’s changing the way aircraft are tracked around the world.
Think of it as GPS on steroids for aviation. It gives controllers and other aircraft real-time information about your position, speed, altitude, and more — all with much greater precision than traditional radar.
Here’s what each part of ADS-B means:
• Automatic: The system works without pilot input, it constantly broadcasts data.
• Dependent: It depends on onboard GPS to determine the aircraft’s position.
