ASTEP India’s Post

✈️ Aircraft Marshalling Signals ✈️ Aircraft marshalling is a critical aspect of ground handling operations, ensuring safe and efficient movement of aircraft on the ground. Here are some key marshalling signals every aviation enthusiast should know: Wingwalker/Guide: 🖐️ Right hand above head with wand pointing up; left-hand wand pointing down toward the body. Indicates unobstructed movement on/off a parking position. Straight Ahead: ↕️ Bend extended arms at elbows, moving wands up and down from chest height to head. Turn Left (from the pilot’s perspective): 👈 Right arm and wand extended at 90 degrees, making the “come ahead” signal with the left hand. Turn Right (from the pilot’s perspective): 👉 Left arm and wand extended at 90 degrees, making the “come ahead” signal with the right hand. Normal Stop: ✋ Fully extend arms and wands at 90 degrees to sides, slowly moving to above head until wands cross. Emergency Stop: ❌ Abruptly extend arms and wands to the top of the head, crossing wands. Set Brakes: ✋ Raise hand just above shoulder height with an open palm. These signals are essential for maintaining safety and efficiency in busy or constrained environments. 🛬 #Aviation #GroundHandling #AircraftMarshalling #AviationSafety #Aerospace #SasidharanMurugan #Itzmemsd

lubrication point of Rudder. Lubrication plays a crucial role in the operation of aircraft rudder points also, which are part of the aircraft's control surfaces responsible for yaw control (sideways movement). lubrication in aircraft rudder points is essential for ensuring smooth operation, responsiveness, longevity, and safety of the aircraft's yaw control system. Regular maintenance and lubrication schedules are crucial aspects of aircraft maintenance programs to ensure optimal performance and safety standards. #AircraftTechnology #FlightMechanics #Aerodynamics #AviationEngineering #AircraftTechnology #FlightMechanics #Aerodynamics #AviationEngineering

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

RUDDER✈️ The rudder is an essential control surface located on the vertical stabilizer of an aircraft. Its primary function is to manage the yaw motion, allowing the aircraft's nose to pivot left or right. Pilots control the rudder using foot pedals, applying input to counteract adverse yaw during turns or maintain directional stability. By deflecting airflow over the vertical stabilizer, the rudder facilitates smooth, coordinated turns and ensures precise directional control, especially during crosswind landings or asymmetric thrust conditions. As illustrated, the rudder plays a vital role in keeping the aircraft stable and aligned during flight. #aviation #aviationdaily #AviationStudies #aviationlovers #aircraft #aircraftcontrolsurface #primarycontrolsurface #SasidharanMurugan #Itzmemsd

The Final Approach and Take-Off Area (FATO) is a designated zone on an aerodrome or heliport used by helicopters or vertical take-off and landing (VTOL) aircraft for the final approach, landing, and take-off operations. The FATO should be free of obstacles and designed with precise dimensions to ensure safe operations. It must accommodate the size and weight of the aircraft using it, as well as factors like prevailing winds and terrain. Proper lighting, markings, and surface conditions are essential to ensure visibility and safety for pilots. Additionally, regulations specify clearance zones and approach/departure paths to enhance operational safety around the FATO.

These days, Cirrus Aircraft is best known for their Vision SF50 single-engine very light jet (VLJ), but they have another very successful line of small piston-powered planes too. In fact, their SR22 has been the best-selling general aviation (GA) airplane every year since 2003. The SR22 first flew in 2001 and was itself an upgraded version of the company’s SR20. Both models seat up to five people and run on a single six-cylinder piston engine. The cabin is cramped but modern. Since 2003, Cirrus models have come with a glass cockpit as standard – the first GA light aircraft to do so. The planes are also fitted with the CAPS or Cirrus Airframe Parachute System. In engine-out situations or other major emergencies, the parachute may be deployed to return the entire aircraft safely to the ground. Though minor injuries and damage to the airframe may come with it, that’s a huge improvement over a fatal crash. As of 2018, at least 79 emergency CAPS deployments had been reported, saving as many as 163 lives. If you’ve got a civil aircraft in need of an upgrade, whether it’s a small Cirrus or a huge BBJ, give us at Luminary Air Group a shout! We do work on all manner of aircraft interiors, from the purely functional to the supremely opulent. Tell our engineers what you need, and we’ll set you up! #aircraftinteriors #refurbishment #cabincomfortsystem #noisereduction #luxuryaircraft

Classification of fixed wing aircraft

After this video, you will no longer eat your chicken wings and your McChicken the same way ! 🚁 Behind Every Successful Flight: A Tale of Engineering, and... Chickens? 🚁 Imagine designing the perfect helicopter, only to go back to the drawing board because of a chicken fired from a cannon. Yes, you read that right! In the aviation world, the bird strike test (affectionately dubbed the "chicken cannon" test) is a rite of passage that can make or break an aircraft's design. This quirky yet crucial test shows the unexpected challenges in aircraft design, like redesigning a helicopter's windshield after it meets a chicken at 132 mph. This moment, captured in slow-motion glory against a Robinson helicopter, isn't just about the impact. It's a testament to the expertise, creativity, and teamwork behind aviation safety. Engineers ensure our flights are safe—even from the most surprising airborne hazards. So, the next time you're flying and spot a bird, remember the chicken cannon and the dedicated teams ensuring that your journey is as secure as it is smooth. #AerospaceInnovation #SafetyAviation #AviationTechnology

Catastrophic Aircraft Damage: Analyzing Shrapnel Impact We dive deep into the severe damage caused by shrapnel to the aircraft's vertical fin and rudder. Our analysis uncovers how this catastrophic impact may have led to loss of control and its implications for aviation safety. #AircraftDamage #AviationSafety #ShrapnelImpact #ControlLoss #AviationAnalysis #FlightSafety #RudderDamage #VerticalFin #AeroEngineering #AircraftInvestigation

Ever wondered what “Remove Before Flight” tags mean on aircraft? 🔖 These tags are not just accessories; they play a crucial role in aviation safety. Here’s what you need to know: 1. Purpose: These bright red tags are used to indicate that a piece of protective equipment or a safety device must be removed before the aircraft is operational. 2. Common Uses: ▪️ Pitot Covers: Protecting the pitot tubes from blockages. ▪️ Engine Covers: Keeping debris out of the engines. ▪️ Gear Locks: Preventing accidental retraction of the landing gear while on the ground. 3. Importance: Ensures that all protective devices are accounted for and removed, preventing potential hazards during flight. 4. Procedure: Typically involves a pre-flight checklist to verify all tags are removed, ensuring the aircraft is ready for a safe departure. Dive into the details and read more in our blog 👉 https://shorturl.at/hS2qf ✈️ #AeroClass #AviationSafety #AircraftMaintenance #AviationEducation