Captain Callistus

After landing, Amina, Maureen, and Desmond came by the cockpit to say hello and appreciate us for the smooth ride With

Moments like this always mean a lot because they remind us that people truly notice the EFFORT, FOCUS, and TEAMWORK that go into every flight.

Na Collins Zuby fly Us, and it’s always good working alongside passionate young officers who are growing in the aviation space.

TO EVERYONE WHO FLIES WITH US (Air Peace), WHAT’S ONE THING YOU APPRECIATE MOST ABOUT PILOTS AND CABIN CREW DURING A FLIGHT..?

MID AIR COLLISION INVOLVING U.S. NAVY JETS DURING AIR SHOW 🇺🇸

Two U.S. Navy E/A 18G Growler fighter jets collided mid air during the Gunfighter Skies Air Show in Idaho.

Reports confirmed that all four crew members successfully ejected and survived the terrifying incident. 🙏

The collision happened while the aircraft were performing during the airshow, sending shockwaves across the aviation community and spectators on ground.

Emergency response teams reacted immediately as investigations into the cause of the crash have now begun.
Thankfully, no fatalities were reported.

Moments like this remind us how dangerous military aviation can be, even for some of the world’s most highly trained pilots.

Precision, timing and coordination are everything in formation flying and airshow demonstrations.

WHAT DO YOU THINK COULD HAVE CAUSED THE COLLISION? MECHANICAL ISSUE, COMMUNICATION ERROR OR PILOT MISJUDGEMENT..? 👇

Croatia Airlines flight OU412 was forced into a high speed rejected takeoff after the Airbus A220 veered off the runway at Split Airport, Croatia. 🇭🇷

The aircraft struck runway edge lights and a signboard before coming to a stop, triggering an emergency response on the airfield. Thankfully, all passengers and crew evacuated safely with no injuries reported.

The incident temporarily disrupted airport operations as investigators began examining what caused the runway excursion during takeoff.

Another reminder of how quickly flight crews must react under pressure and why aviation safety procedures matter every second.

WHAT’S THE FIRST THING THAT COMES TO YOUR MIND WHENEVER YOU HEAR “aborted takeoff”..?

DRAMATIC MOMENT IN TOKYO! 🇯🇵✈️

A Korean Air Airbus A321neo shocked aviation watchers after performing a tense last-second GO-AROUND while attempting to land at Narita International Airport amid powerful crosswinds and turbulent weather conditions.

The aircraft was seen rocking violently from side to side on final approach before the pilots made the critical decision to abort the landing just moments before touchdown. The jet immediately powered back into the skies, preventing what could have turned into a dangerous situation.

Aviation experts are now praising the flight crew for their professionalism, quick judgment and calm handling of the aircraft under extreme conditions. 👏🏽

Thankfully, all passengers and crew remained safe with no injuries reported.

This is a reminder that a go-around is not a failure in aviation it is one of the safest decisions a pilot can make when conditions become unstable. Safety always comes first. ✈️

Would you stay calm if you were onboard during this landing attempt? 😳👇🏽

Turbulence is one of the most misunderstood parts of flying. In this video, we break down the 3 main types of turbulence in aviation: thermal turbulence, mechanical turbulence, and wake turbulence.

If you have ever experienced turbulence during a flight or wondered how different air disturbances affect aircraft performance, this video explains it clearly and simply.

We start with thermal turbulence, which is caused by rising warm air currents. Then we explain mechanical turbulence, which occurs when airflow is disrupted by terrain, buildings, or obstacles. Finally, we cover wake turbulence the powerful rotating air currents (wingtip vortices) created behind an aircraft as it flies.

Understanding these types of turbulence is important for aviation safety, pilot training, and passenger awareness. Pilots and air traffic controllers carefully manage aircraft separation and flight paths to reduce the effects of turbulence, especially during takeoff and landing.

This video is perfect for:

Aviation enthusiasts
Student pilots
Nervous flyers
Frequent travelers
Anyone interested in how airplanes fly

Topics Covered:

What is turbulence?
Thermal turbulence explained
Mechanical turbulence explained
Wake turbulence explained
Wingtip vortices
Aircraft separation standards
Aviation safety procedures

If you enjoy aviation education and flight safety content, subscribe for more simplified aviation explanations.

BREAKING AVIATION NEWS

Tension unfolded at Tribhuvan International Airport in Kathmandu after a Turkish Airlines Airbus A330 operating Flight TK726 from Istanbul was forced into an emergency evacuation moments after landing, following reports of smoke coming from the aircraft’s landing gear.

Emergency slides were immediately deployed as cabin crew acted swiftly and professionally to evacuate all passengers and crew onboard safely.

Thankfully, no CASUALTIES or SERIOUS INJURIES were reported.

According to initial reports, the smoke may have been linked to a hydraulic system malfunction near the landing gear area, though investigations are still ongoing.

Airport operations were temporarily affected while emergency responders secured the aircraft.

This incident once again highlights the importance of aviation safety procedures, crew professionalism, and fast emergency response in critical moments.

WHAT’S THE FIRST THING THAT WOULD COME TO YOUR MIND DURING AN AIRCRAFT EVACUATION..?👇

A FINAL FLIGHT WORTHY OF A TRUE AVIATION LEGEND..

Captain Francis Wilson made his final landing with AIR PEACE and it was nothing short of Emotional.

Welcomed with a Powerful WATER SALUTE, surrounded by Family, Friends, Colleagues, and Staff, the moment was filled with Smile's, Emotion's, Gratitude, and Deep Respect for a Man who has dedicated years of his Life to the Skies.

Beyond the uniform and the cockpit was a journey of Sacrifice, Discipline, Leadership, and countless safe landings that touched so many lives.

As the Engines powered down for the final time, one thing became clear legends never truly retire.

They leave footprint's in the skies and memories in the hearts of people.

Thank you for your service, Captain Francis Wilson. Your LEGACY will continue to Fly High.

Final Approach. Final Landing. Eternal Respect..

NOW TELL US 👇
What would your farewell message be to Captain Francis Wilson on His Retirement flight..?

Passengers are damaging airplane armrests and it is becoming a serious problem for airlines.

In this video, we talk about why some airplane seats are blocked and why broken armrests are more costly than many people realize. Many passengers do not know that aircraft interior parts are not easily replaced like car parts. When an armrest breaks, it often has to be ordered from abroad, paid for in foreign currency, and cleared through customs before it can be installed.

With aviation fuel costs already rising and flight delays affecting operations, additional damage to aircraft seats only increases maintenance expenses for airlines. When passengers put their full body weight on fragile cabin components like armrests, it can lead to avoidable damage that affects other travelers.

Airplanes in Nigeria are limited, and airlines must manage operational costs carefully to stay profitable and continue serving passengers. Handling aircraft interiors with care helps airlines reduce maintenance costs, prevent seat blockages, and maintain smooth flight operations.

Next time you board a flight, remember: airplane armrests are designed for resting your arms not for supporting your full body weight.

Let’s protect our airlines and travel responsibly.

Have you ever looked out of an airplane window during turbulence and felt like the wing is bending too much or about to break?

In this video, we break down what really happens to airplane wings during turbulence, why they flex, and why that movement is completely normal and safe.

Before any aircraft wing is approved for service, it goes through extreme stress testing at the manufacturing stage. Engineers apply powerful forces that simulate turbulence, hard landings, and real-flight pressure conditions. The goal is to ensure the wing can handle far more stress than it will ever experience in normal flight.

So when you are inside an aircraft during turbulence and you see the wing moving up and down, it is not a sign of danger. It is actually proof of strong engineering design. Airplane wings are built to be flexible so they can absorb air pressure and turbulence safely without breaking.

If you have ever been scared during a flight, especially when the aircraft starts shaking, this video will help you understand what is really happening outside that window.

✈️ TOPICS COVERED:
• WHY AIRPLANE WINGS BEND DURING TURBULENCE
• AIRCRAFT WING STRESS TESTING EXPLAINED SIMPLY
• IS TURBULENCE DANGEROUS?
• WHY WINGS FLEX INSTEAD OF BREAKING
• PASSENGER FEAR VS AVIATION REALITY

TURBULENCE IS A NORMAL PART OF FLIGHT, AND MODERN AIRCRAFT ARE DESIGNED TO HANDLE IT SAFELY.