Aviation Videos

Whether you're a student just starting your aviation journey or a seasoned pilot looking to expand your knowledge, in this page we cover a range of topics to help you learn and grow. So sit back, relax, and let us take you on a visual journey through the fascinating world of aviation.

  • Understanding Shielded Operations for Drone Safety

    Understanding Shielded Operations for Drone Safety

    Learn about shielded operations for drone flying, a crucial technique to ensure safe and responsible drone usage near airports and other sensitive areas.

  • The Brilliant Engineering of the Wright Brothers' First Flight

    The Brilliant Engineering of the Wright Brothers' First Flight

    Learn about the technologies and innovations that changed aviation forever, from propeller design to flight control mechanisms.

  • Unthinkable Skyward Peril: The Aloha Flight 243 Catastrophe

    Unthinkable Skyward Peril: The Aloha Flight 243 Catastrophe

    Dive into the harrowing tale of survival and aviation safety with A Mid-Air Explosion Leaves a 737 Passenger Cabin Exposed: Air Disasters.

  • The Crucial Role of Nitrogen Generation Systems in Aviation Safety

    The Crucial Role of Nitrogen Generation Systems in Aviation Safety

    Discover how nitrogen generation systems enhance safety by preventing fuel tank explosions in aircraft.

  • The Remarkable Engineering of the Concorde: An Icon of Aviation

    The Remarkable Engineering of the Concorde: An Icon of Aviation

    Explore the extraordinary engineering behind the Concorde, the iconic supersonic airliner.

  • The Evolution of Aircraft: Understanding the Rise and Decline of Biplanes

    The Evolution of Aircraft: Understanding the Rise and Decline of Biplanes

    In the vast and ever-evolving sky of aviation history, biplanes hold a special place. Characterised by their unique two-wing configuration, with one wing positioned above the fuselage and the other below, biplanes were once the epitome of aerial innovation. But what led to their rise in the early days of flight, and why have they become a rarer sight in the skies today? This intriguing narrative unfolds the story of biplanes, shedding light on their historical significance and the reasons behind their gradual decline.

    Welcome to the World of Biplanes

    At the heart of the biplane's design lies its dual-wing structure, offering more lift and structural strength than its single-winged counterparts. This design was pivotal in the early 20th century, a time when aviation was in its infancy, and materials like wood and fabric were the primary resources available for aircraft construction. The biplane configuration allowed for shorter wingspans without sacrificing lift, crucial for the less powerful engines of the era.

    The Wright Brothers' Wright Flyer, the first powered aircraft to achieve controlled, sustained flight with a pilot aboard, was a biplane. This design choice was not incidental but rather a calculated decision to harness the structural benefits and increased lift provided by two wings. Despite the common misconception, adding a second wing does not double the lift; the increase is more modest, around 20%, due to aerodynamic interference between the wings.

    Historical Pioneers and the Dawn of Aviation

    Long before the Wright brothers, visionaries like George Cayley laid the groundwork for powered flight. Cayley, an English engineer, conducted extensive studies on bird flight, leading to innovations that would later influence the Wright brothers. His work on lift, weight, thrust, and drag, along with his experiments on curved wings, proved foundational for the development of the airplane.

    The Role of Biplanes in World War I

    The onset of World War I marked a significant period for biplane development. Despite attempts to design aircraft with a single wing, the technological limitations of the time, including insufficient engine power and the need for durable yet lightweight structures, made biplanes the preferred choice for military use. Their design allowed for the necessary lift and manoeuvrability, albeit at the cost of increased drag and structural complexity.

    Transition to Monoplanes

    The post-war era brought significant advancements in materials and engine technology, paving the way for the monoplane's ascendancy. The introduction of aluminum alloys and more powerful engines with better power-to-weight ratios enabled the design of longer, single wings capable of withstanding higher speeds and more dynamic manoeuvres. These developments gradually rendered the biplane obsolete for most practical applications, although their legacy endures in airshows and as cherished icons of aviation's pioneering days.

    Why Biplanes Faded into History

    The decline of biplanes can be attributed to several factors, primarily the advancements in aerodynamics and materials science. The increased drag and the need for complex bracing systems inherent in biplane designs became significant disadvantages as the quest for speed, efficiency, and payload capacity took precedence. Furthermore, the aerodynamic interference between the two wings, despite attempts to mitigate it, remained a limiting factor in the biplane's performance.

    Preserving the Legacy

    Today, biplanes are celebrated for their historical significance and aesthetic appeal rather than their utility in modern aviation. They remind us of a bygone era when the skies were a new frontier, and each flight was a venture into the unknown. The dedication of enthusiasts and preservationists ensures that the spirit of early aviation continues to inspire and captivate imaginations around the world.

    In conclusion, the story of biplanes is a testament to human ingenuity and the relentless pursuit of overcoming the bounds of gravity. As we marvel at the sleek, powerful aircraft of today, let us not forget the biplanes that paved the way for the future of flight. Their legacy, encapsulated in the fabric and wood of their construction, continues to soar in the annals of aviation history.

  • Aircraft Lights: Ensuring Visibility in the Dark Skies

    Aircraft Lights: Ensuring Visibility in the Dark Skies

    Explore the vital role of aircraft lighting in ensuring visibility at night, including beacon, strobe, position, and landing lights.

  • Understanding and Preventing Corona Discharge on Aircraft

    Understanding and Preventing Corona Discharge on Aircraft

    Dive into the complexities of corona discharge in aviation, exploring how static electricity affects aircraft and the crucial role of static dischargers.

  • Unveiling the SR-71 Blackbird's Engine: The J58's Ingenious Design

    Unveiling the SR-71 Blackbird's Engine: The J58's Ingenious Design

    Explore the advanced engineering behind the SR-71 Blackbird's J58 engine.

  • How can gliders fly without propulsion

    How can gliders fly without propulsion

    Gliders, often celebrated for their engine-free flight capability and impressive wingspans, epitomise the elegance of aviation in its purest form.

  • Explore the Ground Effect in Aviation

    Explore the Ground Effect in Aviation

    Pilots experience different flight characteristics of an airplane when flying very close to the ground, especially noticeable during the landing phase.

  • Vector audio story: Know Your Neighbour

    Vector audio story: Know Your Neighbour

    Explore expert insights on improving safety at NZ's unattended aerodromes through better communication and awareness.

  • The risk of incorrect altimeter settings

    The risk of incorrect altimeter settings

    Incorrect barometric altimeter setting could severely affect the safety margins protecting a variety of approach procedures.

  • Wake Turbulence

    Wake Turbulence

    Depending on the type of aircraft and the weather conditions, the potential effect of an aircraft’s wake turbulence on other aircraft can vary.

  • Airport Signage

    Airport Signage

    A good airport signage helps pilots navigate their way around an unfamiliar airport and is important for safety by helping to identify crucial intersections and crossing runways.

  • Understanding Airport and Taxiway Markings

    Understanding Airport and Taxiway Markings

    There are numerous signs and marking around the airport that help you navigate your way safely to your destination on the airfield.

  • Mountain Flying Weather

    Mountain Flying Weather

    A good briefing is essential. Weather in the mountains can change very quickly, so looking for any trends will help.

  • What is Flex Temperature

    What is Flex Temperature

    The flex temperature is an assumed outside air temperature, relatively high, forcing the FADEC unit to reduce the thrust output

  • What is a COST INDEX and how AIRLINES use it

    What is a COST INDEX and how AIRLINES use it

    I´ll go over some basic details on what defines the cost index, like flight operational costs and how they have an impact on daily flight operations.

  • LIGHTS on Airplanes explained

    LIGHTS on Airplanes explained

    There are 8 different types of lights installed on an Airbus A320. In this video, I will be explaining all the EXTERIOR lights on an Airbus A320. Where they are installed and their purpose and meaning.

  • The history of the Barometer

    The history of the Barometer

    A barometer is an instrument that measures air pressure, allowing weather forecasters and scientists to better predict extreme weather events.

  • Navigating the Garmin G1000 Glass Cockpit: A Comprehensive Guide

    Navigating the Garmin G1000 Glass Cockpit: A Comprehensive Guide

    This tutorial covers the transition from analog to digital displays, focusing on how the G1000 system centralises flight information and enhances pilot interaction.

  • Standard Overhead Join: Key to Safe and Efficient Aerodrome Operations

    Standard Overhead Join: Key to Safe and Efficient Aerodrome Operations

    This video is a must-watch for pilots seeking to enhance their understanding of aerodrome operations and ensure safe, conflict-free flying.

  • Standard Overhead Join presentation

    Standard Overhead Join presentation

    As part of our work on addressing these five areas, we're presented a online presentations focusing on the standard overhead join.

  • Mental Math For Pilots

    Mental Math For Pilots

    In this video I will share with you hacks and tricks for simple mental math we pilots use in flight.

  • Fuel Management in Aviation: How Pilots Calculate Fuel Needs

    Fuel Management in Aviation: How Pilots Calculate Fuel Needs

    Learn about trip fuel, contingency fuel, alternate fuel, and reserves required for safe and efficient flight planning.