AviStory

In the dynamic and complex realm of aircraft design, the Automatic Thrust Approach Mode (A/THR) stands as a crucial component that significantly influences the aircraft's performance during the critical phase of approach and landing. The intricacies of this system are finely tuned by a team of dedicated aircraft design engineers who meticulously craft and calibrate each element to ensure optimal..

Title: A Comprehensive Guide to Missed Approach Procedures for CAT II and CAT III Approaches Introduction In the complex world of aviation, pilots encounter a myriad of scenarios that demand precise procedures and swift decision-making. One critical aspect of instrument approaches is the missed approach procedure, a protocol designed to ensure the safety of the flight when the conditions or circ..

Title: Understanding the Fail-Passive Automatic Landing System for Pilots Introduction: In the dynamic world of aviation, pilots are continually exposed to advanced technologies aimed at enhancing the safety and efficiency of air travel. One such technological marvel is the Fail-Passive Automatic Landing System, a crucial component of modern aircraft that plays a pivotal role in ensuring a safe ..

As aviation professionals, we adhere to stringent protocols and procedures to ensure safe and efficient operations during all phases of flight, including approach and landing. In this article, we will delve into the intricate details of two distinct approaches: the F-LOC F-G/S (FMS Landing System) guidance approach and the final approach using guidance from the final approach (APP). The F-LOC F-..

Title: Unveiling the Flare Mode: A Comprehensive Insight for Airbus Pilots Introduction In the dynamic realm of aviation, staying abreast of advanced aircraft systems is crucial for pilots to ensure safe and efficient operations. Among the myriad features incorporated into modern Airbus aircraft, the Flare Mode stands out as a pivotal aspect of the Automatic Pitch Trim system. In this article, w..

Title: Understanding ALPHA FLOOR: A Crucial Airbus Flight Protection System Introduction: In the dynamic realm of aviation, safety remains the paramount concern for all professionals, especially for pilots operating Airbus aircraft. Among the various safety features integrated into these cutting-edge machines, one stands out prominently - ALPHA FLOOR. This protection system plays a critical role..

Let's delve into the details of the Low-Energy Aural Alert (DSC-22_40-30 P ¾). This aural alert system is a critical component in our aircraft design, serving to enhance safety and situational awareness during various flight phases. Functionality: The Low-Energy Aural Alert is designed to provide pilots with an auditory warning under specific conditions related to energy state and altitude. Its ..

Title: Understanding RVSM Altitude Deviation Checks for Airbus Pilots Ensuring compliance with RVSM (Reduced Vertical Separation Minimum) requirements is crucial for the safety and efficiency of the aircraft's operation. RVSM is a set of standards that allows for reduced vertical separation between aircraft in flight, specifically between FL290 and FL410. The focus is on verifying the accuracy o..

Title: Enhancing Approach Precision: Implementing Final Approach Guidance for RNAV(RNP) in Airbus Operations Let's delve into the details on the approach using the Final Approach Procedure with guidance for Required Navigation Performance (RNP) as outlined in the document PRO-NOR-SOP-18-C. Introduction to Approach Procedure: The approach procedure under consideration employs the RNAV (RNP) syste..

Let's delve into the details of the FLARE system as specified by the DSC-22_30-40-10 P ⅞ standard. FLARE System Overview: FLARE, designated as DSC-22_30-40-10 P ⅞, represents a specialized system integrated into the aircraft's avionics for the purpose of initiating a flare maneuver during the landing approach. The system is designed to activate when the aircraft is below 60 feet Radio Altitude (..