Dr. Sasidharan Murugan’s Post

CROSSWIND TAKEOFF 🛫🛫🛫 The procedure for initiating a takeoff in crosswind conditions resembles that of a standard takeoff. The pilot needs to apply aileron pressure into the wind, which raises the aileron on the upwind wing. This creates a downward force that counters the lifting effect of the crosswind, keeping the wing from rising too much. As both the ailerons and rudder are used, drag will increase. Therefore, expect reduced initial takeoff performance until the aircraft achieves a wings-level position in coordinated flight during the climb. #aviationknowledge #aviationdaily #aviationlovers #aviation #allaboutaviation #SasidharanMurugan #Itzmemsd

CROSSWIND TAKEOFF 🛫🛫🛫 The procedure for initiating a takeoff in crosswind conditions resembles that of a standard takeoff. The pilot needs to apply aileron pressure into the wind, which raises the aileron on the upwind wing. This creates a downward force that counters the lifting effect of the crosswind, keeping the wing from rising too much. As both the ailerons and rudder are used, drag will increase. Therefore, expect reduced initial takeoff performance until the aircraft achieves a wings-level position in coordinated flight during the climb. #aviationknowledge #aviationdaily #aviationlovers #aviation #allaboutaviation #fypシ

🚀 Wing Anatomy Explained! ✈️ Ever wondered what all those parts on an aircraft wing do? From sharklets boosting fuel efficiency to static wicks dissipating electricity, every component plays a crucial role. The aileron controls roll for turning, while slats and flaps help generate lift during takeoff and landing. Spoilers manage drag and assist with slowing down, and powerful hydraulics keep everything moving efficiently. Even ground spoilers are vital for deceleration on landing. Aviation is all about precision! #Aviation #Aircraft #WingAnatomy

CROSSWIND TAKEOFF 🛫🛫🛫 The procedure for initiating a takeoff in crosswind conditions resembles that of a standard takeoff. The pilot needs to apply aileron pressure into the wind, which raises the aileron on the upwind wing. This creates a downward force that counters the lifting effect of the crosswind, keeping the wing from rising too much. As both the ailerons and rudder are used, drag will increase. Therefore, expect reduced initial takeoff performance until the aircraft achieves a wings-level position in coordinated flight during the climb. #aviationknowledge #aviationdaily #aviationlovers #aviation #allaboutaviation #

Such a perfect weather to fly and do 3 pointers landings on the DH82A Tiger Moth today! A 3 pointers landing consists in landing the aircraft - as the name implies - on its 3 wheels all at once (well, on two wheels and a skid on the Tiger!). Only used with the Tiger when the wind is very light. Never an easy technique as you have to have the perfect attitude at the perfect height at the perfect speed! If you fail that then expect bouncing and all sorts of other complications! Wheelers landings in comparison are much easier to do as you land the aircraft on the main landing gear first, let it decelerate and finally drop the tail on the ground. Wheelers also provide better visibility and directional control and are the go-to option for stronger / cross winds. The same applies to a Harvard where 3 pointers are hard work to get them right, but rewarding when you manage to do what we call a "greaser"! #tailwheel #theory #vintage #aviation #pilot

Main Parts of a Helicopter 🚁 📌 Main Rotor Blades: These large rotating blades on top of the helicopter generate lift, allowing it to hover, ascend, or descend. 📌 Main Rotor: The central hub that connects and drives the main rotor blades, powered by the helicopter’s engine. 📌 Tail Rotor Blades: Located at the tail, these smaller blades provide directional stability and counteract the torque produced by the main rotor. 📌 Tail Rotor: This mechanism drives the tail rotor blades to control the helicopter’s yaw and stabilize its direction. 📌 Tail Boom: The elongated structure extending from the main fuselage to the tail rotor, supporting it and providing balance. 📌 Cockpit: The front area where the pilot and co-pilot operate the controls. 📌 Landing Skid/Gear: The structures beneath the helicopter used for landing and support when stationary. 📌 Fuselage: The main body of the helicopter that houses passengers, cargo, and essential components like the engine and fuel tanks. These parts work together to enable the helicopter’s unique ability to hover, move vertically, and perform complex maneuvers. #helicopter #rotorcraft #aircraft #aviation #aviationlovers #aviationdaily #AviationStudies #SasidharanMurugan #Itzmemsd

CROSSWIND TAKEOFF 🛫🛫🛫 The procedure for initiating a takeoff in crosswind conditions resembles that of a standard takeoff. The pilot needs to apply aileron pressure into the wind, which raises the aileron on the upwind wing. This creates a downward force that counters the lifting effect of the crosswind, keeping the wing from rising too much. As both the ailerons and rudder are used, drag will increase. Therefore, expect reduced initial takeoff performance until the aircraft achieves a wings-level position in coordinated flight during the climb. #aviationknowledge #aviationdaily #aviationlovers #aviation #india #aerodynamic

Detailed Breakdown of Aircraft Control Surfaces ✈️ Understanding the control surfaces of an aircraft is key to grasping how pilots manage flight dynamics. Here’s a quick overview: 🛩️ Vertical Stabilizer: The vertical fin at the tail of the aircraft that houses the rudder, used to control yaw (side-to-side movement). 🛩️ Horizontal Stabilizer: Located at the tail, it helps maintain balance and contains the elevators, which control the aircraft’s pitch (up-and-down movement). 🛩️ Rudder: Moves left or right to control the aircraft’s yaw. 🛩️ Elevator: Moves up or down to control the pitch of the aircraft. 🛩️ Trim Tabs: Small adjustable surfaces on the elevator and rudder, used for fine control adjustments. These components work together to stabilize and control the aircraft’s movement in flight. #Aviation #Aircraft #FlightControl #PilotLife #AviationSafety #AviationLovers #AviationGeek #AircraftEngineering #FlightDynamics #AviationCommunity

PITOT TUBE ✈️ A pitot tube is a crucial instrument in an aircraft that measures airspeed, a vital parameter for safe flight operations. Located on the exterior of the aircraft, typically on the wing or nose, the pitot tube is a small tube that faces into the oncoming airflow. As the aircraft moves through the air, the pitot tube measures the pressure of the air entering the tube, which is directly related to the aircraft's airspeed. The pitot tube is connected to the airspeed indicator instrument in the cockpit, which displays the airspeed in knots (kt) or miles per hour (mph). This information is essential for pilots to: - Maintain a safe speed during takeoff, landing, and cruise - Avoid stalls and overspeed conditions - Navigate through turbulent air - Comply with air traffic control speed restrictions In summary, the pitot tube plays a critical role in ensuring the safety and efficiency of flight operations. #Aviation #AircraftInstruments #PitotTube #AirspeedIndicator #FlightSafety #AircraftOperations #PilotLife #AvGeek #AerospaceEngineering #FlightInstrumentation #AirTrafficControl #aviation #aviationlovers #aviationdaily #aviationphotography #aviationlife #SasidharanMurugan #Itzmemsd

Based on today's video session, we tried something know out of the box as being a corporate employee in aviation industries. Instrument Landing Systems (ILS) are vital for safe aircraft landings, especially in adverse weather conditions when visibility is low. ILS provides pilots with accurate guidance regarding the aircraft's alignment and descent path relative to the runway. It consists of radio signals transmitted by ground-based equipment to help aircraft align properly for landing. Without ILS, landing a plane would be much more challenging, particularly during fog, rain, or low-visibility situations. PS: ILS, commonly referred to as a glide path or glide slope. Nazil Purohit, Ayush Saxena #aviation #ils #aircraft #airplane #landing #weather #pilot #radio #signal #fog #rain #lowvisibility