Aviation Aircraft

02/04/2025

his is the Impressive Genoa Airport, Italy 🇮🇹

15/12/2024

Solve it if you can

15/12/2024

How to build B787 Dreamliner

15/12/2024

Transition Altitude. The altitude at or below which the vertical position of an aircraft is controlled by reference to altitudes.

Transition Level. The lowest flight level available for use above the transition altitude.

Transition Layer. The airspace between the transition altitude and the transition level.

Europe

—climbing and cleared to a FL - set Standard Pressure Setting (1013 mb);
—descending and cleared to an altitude - set QNH.

15/12/2024

Airport signs.

06/12/2024

Taking festive flying to new heights! 🎁🎄🎅
We've unveiled our Christmas fleet, including QantasLink Q400 Dasher-8 (VH-QON) and Boeing 737 Roo-dolph (VH-VZX), and customers who travel on them this month will earn double Qantas Points.
Also, from next week, a Qantas Freight A321 aircraft will be decorated with a special ‘Santa’s Freight’ livery to help transport Christmas presents and festive fare across the country.

06/12/2024

This weekend, I'm about to embark on a trip to the Western Pacific to experience the infinite freedom and beauty of flight. I'll be stopping in Seattle for a short time. Got a traveling companion for the adventure?

06/12/2024

Attitude and Power: Dynamics
In the world of physics, Albert Einstein's E=mc² stands as a cornerstone, a brilliant revelation of the relationship between mass and energy. Similarly, in aviation, we have our own guiding principles, equations that are more about wisdom than numbers. One of my favorites is the simple yet profound: Attitude + Power = Performance (A+P=P).

This equation is a staple in my flights, a constant companion in the cockpit. It's not about complex calculations; it's about understanding how the attitude of your aircraft and the power you apply translate into performance. For example, a full-throttle takeoff on a crisp sea-level morning, combined with an optimal climb attitude, promises a robust ascent. Conversely, easing into a descent with a specific nose-down attitude and reduced power sets a predictable airspeed. This equation is more than math; it's a dance of variables where understanding each step is crucial.

However, the equation has nuances often misunderstood. A common misconception is to equate throttle position with power. But this overlooks a critical factor: as density altitude rises, the throttle's position becomes a less reliable indicator of power. At 5,000 feet MSL on a standard day, full throttle might yield 75% of maximum power. But at higher altitudes or warmer conditions, that same throttle position delivers less. This understanding helps you steer clear of the first pitfall.

The second misconception is equating attitude with angle of attack. While attitude can be a handy reference, it's not a precise measure of the angle of attack. This difference becomes particularly crucial in maneuvers like steep descending turns to landing, where assessing the angle of attack is trickier. High g-loading in these turns can misleadingly suggest a safe scenario when you're actually closer to a stall, despite a nose-low attitude. The remedy lies in easing the load on the wings, adjusting bank angle, and reducing elevator pressure.

With these insights, A+P=P transforms from a mere equation into a guiding principle for every maneuver. It's not about constant calculations but about an ingrained strategy for flying. It reminds us that power isn't just about throttle position and that attitude's reliability as an angle of attack indicator can vary with load factor.

In the end, A+P=P isn't just an equation; it's a philosophy, a framework that shapes every decision in the sky, reminding us of the delicate interplay between attitude, power, and performance. As pilots, we embrace these nuances, turning generalizations into wisdom and ensuring our flights are not just about reaching destinations but about understanding the beautiful intricacies of flight.

06/12/2024

Pilots are tested for their colour perception when they visit an Aviation Medical Examiner (AME) for medical certification. This is a standard requirement for both Class 1 and Class 2 medicals in the UK and a mandatory process in the USA. While these tests have remained largely unchanged for decades, many of us still recall those Ishihara color plates—where you'd squint at numbers hidden in a sea of dots. Even after a decade, those images are etched in memory!
A very popular test for color blindness is the Ishihara Color Vision Test. Developed by Shinobu Ishihara, a Japanese ophthalmologist, more than 100 years ago, this test quickly detects red-green color blindness, which is the most common type of color vision deficiency. Despite its age, the Ishihara test has remained a cornerstone of color vision testing—until now.
The FAA is taking steps to modernize and digitize this process. Starting January 1, 2025, applicants for an initial airman medical certificate will undergo computer-based color-vision tests, replacing the Ishihara test. The updated procedure will assess both yellow/blue and red/green deficiencies while addressing inconsistencies caused by outdated methods.
Existing pilots with valid medical certificates won’t need to retest unless they wish to remove a color-vision restriction, develop a condition affecting their color vision, or take medication that impacts it. This shift reflects the FAA’s commitment to safety and accuracy in aviation.

06/12/2024

06/12/2024

Netjets pilot getting creative with the tip😁

06/12/2024

"Every shade of blue reminds me of the peace in your eyes. 💕