Aeronautical Society of Nalanda College

*Celebrating Sri Lanka’s Independence Day*

We proudly celebrate Sri Lanka's Independence Day on February 4th, paying tribute to the bravery and selflessness of our national heroes who won our freedom. This momentous day serves as a reminder to us as citizens of the value of responsibility, discipline, and unity. As members of the Aeronautical Society of Nalanda College, we are motivated to use our expertise, creativity, and commitment to science and aviation to serve the nation. As we strive to make a constructive contribution to Sri Lanka's advancement and future development, let us proceed with reverence for our rich heritage.

*Intake 2026*
A new journey into the world of aviation is about to begin.
Join the Aeronautical Society of Nalanda College as we welcome the next generation of aviators, innovators, and aviation enthusiasts.

Experience hands-on projects, exciting lectures, workshops, and activities that turn curiosity into skill, passion into knowledge, and ideas into action. Step into a community where learning meets adventure, and every day is a flight toward your dreams.

*Date: 03rd of February*
*Location: School Auditorium*

*"Dream it. Design it. Fly it."*
– Unknown

Your runway to the skies awaits.
Join the Aeronautical Society of Nalanda College and become part of a community that turns passion into knowledge, and curiosity into innovation.

*ASNC Intake 2026 - Coming Soon*

DID YOU KNOW #25

A modern jetliner once ran out of fuel at 41,000 feet and still landed safely.

In 1983, Air Canada Flight 143, a Boeing 767, suffered a complete engine failure midflight because of a fuel calculation error caused by mixing up kilograms and pounds. With both engines dead, the aircraft lost electrical power and most instruments. Instead of panicking, the pilots relied on basic aerodynamics and physics, turning the jet into a giant glider. Using knowledge of glide ratios and energy management, they guided the powerless aircraft toward an abandoned air force base in Gimli, Canada. Amazingly, they landed on a former runway that was being used as a racetrack without any fatalities.

The incident led to major changes in fuelcheck procedures and unit standardization, showing that understanding physics can be just as important as technology in aviation safety.

DID YOU KNOW #24

Leonardo da Vinci studied flight more than 400 years before airplanes existed.

In the late 1400s, Leonardo filled notebooks -now known as his flight manuscripts- with detailed observations of birds, wind, lift, and air resistance. He studied how air flows over surfaces and even proposed that air behaves like a fluid, a concept central to modern aerodynamics.

Leonardo initially designed flapping-wing machines, known as ornithopters, inspired by birds. However, he eventually realized that human muscle power was insufficient to sustain flapping flight, making these designs impractical. This led him to develop a more realistic concept: a fixed-wing glider known as the “Great Kite”. Unlike the ornithopter, this design relied on airflow and wing shape to generate lift rather than continuous motion. Although the glider was never flown successfully -likely due to limitations in materials, structural strength, and control systems- modern reconstructions built using his original plans have successfully glided. These experiments proved that while the technology of his time held him back, Leonardo’s understanding of aerodynamics was fundamentally correct.

Leonardo’s work shows that aviation began not with engines, but with curiosity and scientific thinking centuries ahead of its time.

*DID YOU KNOW #23*

Pilots can refuse to take off even when the aircraft is ready, passengers are onboard, and schedules are set.

In aviation, the pilot-in-command has full authority over the safety of a flight. If something feels wrong - whether due to weather changes, technical irregularities, crew concerns, or an experience-based instinct that conditions are not right, a pilot can delay or even cancel the departure. This instinct is not guesswork, but professional judgment shaped by training and real-world flying experience.

Many incidents have been prevented because pilots chose to stop, reassess, or say “no” before a situation escalated. In aviation, prioritizing safety over pressure is not a failure - it is a fundamental principle of good airmanship.

DID YOU KNOW #22

In 1982, a Boeing 747 lost all four engines because of volcanic ash.

British Airways Flight 009, later known as the Jakarta Incident, unknowingly flew into a dense volcanic ash cloud from Mount Galunggung. The ash caused all four engines to flame out mid-air, leaving the aircraft gliding silently over Indonesia. In the midst of the crisis, Captain Eric Moody calmly informed passengers, “We have a small problem. All four engines have stopped. We are doing our best to get them going again.”
After the aircraft descended out of the ash cloud, the engines were successfully restarted, and the crew landed safely in Jakarta.
The incident led to major changes in global aviation procedures regarding volcanic ash and remains a powerful example of calm leadership and skilled airmanship under extreme pressure.

WELCOME 2026 A YEAR OF ALTITUDE, AMBITION & ACHIEVEMENT

As the clock turns to 2026 , we step into a new chapter driven by curiosity, discipline, and an unshakable passion for aviation. This year is not just about flying higher, it is about thinking sharper, learning deeper, and building a legacy together.
To every member, past and present, your dedication is our strength. To the future aviators among us, this is your runway. Let 2026 be the year we challenge limits, transform ideas into action, and let our dreams take wing.
Here’s to clear skies, bold minds, and a journey that truly matters.

DID YOU KNOW #21

The pioneers of powered flight were once bicycle makers who refused to accept that humans couldn’t fly.

Working from a small workshop with no formal engineering background, the Wright brothers, Orville and Wilbur built their own wind tunnel to carefully study lift and drag. They tested over 200 wing shapes, gathering precise data that helped them refine their designs when existing aerodynamic information proved unreliable. They even designed a custom lightweight engine when manufacturers refused to help. Just a week before their breakthrough, newspapers claimed that humans wouldn’t fly for “a million years” - and the Wright brothers proved them wrong in days.

In 1903, their Wright Flyer became the first powered aircraft to take off, remain airborne, and be controlled by a pilot. The first flight lasted only 12 seconds and covered just 37 meters, yet it ignited the entire field of aviation. Despite crashes, failures, and widespread doubt, they persisted, developing principles of control and stability that remain fundamental to modern aircraft today.

DID YOU KNOW #20

The wings of modern aircraft can bend and flex by more than 25 feet during flight.

This flexibility isn’t a flaw - it’s one of the greatest achievements in aeronautical engineering. Instead of being rigid, wings are designed to adapt to changing air pressures, turbulence, and aerodynamic forces without compromising safety. Built using advanced materials such as carbon-fiber composites, these wings combine incredible strength with lightweight flexibility.

When turbulence hits, the flexing helps absorb vibrations, reducing stress on the airframe and ensuring a smoother flight for passengers. Inspired by nature - just like birds adjusting their wings mid-flight. This design keeps aircraft stable, efficient, and remarkably safe at cruising altitude.

Every graceful curve and flex you see outside the window isn’t a sign of weakness, but proof of how far human innovation has come - blending science, creativity, and physics in the pursuit of perfect flight.

Wing Commander Nirmal Siyambalapitiya gave his life on 30.11.2025 while carrying out a flood rescue mission.

Amidst the chaos and danger, he put every life before his own, moving through the storm with unwavering courage and selflessness. He faced the peril so that others could find safety, embodying the very essence of service and sacrifice.

His bravery, dedication, and devotion to his people leave a legacy that will be remembered by all who value courage and compassion. Every life he touched, every rescue he carried out, stands as a testament to a hero who gave everything for others.

May you attain nibbana, Sir. Sri Lanka honors and salutes your sacrifice.

DID YOU KNOW #19

In 2014, an entire Boeing 777 disappeared without a trace.

Malaysia Airlines Flight MH370, carrying 239 passengers and crew from Kuala Lumpur to Beijing, lost all communication less than an hour after takeoff and vanished from radar. What followed became one of the largest and most complex search operations in aviation history, spanning vast stretches of the southern Indian Ocean. Investigators estimated the crash site was in a remote area with depths exceeding 4,000 meters. Over the years, pieces of debris washed up on various coastlines, confirming the crash, but the aircraft’s black boxes (the Flight Data Recorder and Cockpit Voice Recorder) were never recovered, leaving critical flight data unknown.

The disappearance of MH370 not only left the world searching for answers but also exposed serious gaps in global flight tracking. It led to the development of new safety protocols, satellite monitoring, and real-time aircraft reporting, turning tragedy into lessons that protect every flight.