Fly The Scan - Instrument Flying from Concept to Cockpit

We'll break down the recent, legally binding EASA SERA updates (effective May 2025) for lost communication procedures in Europe, explaining the new 20-minute rule for maintaining assigned level and speed, and the critical new transponder codes (7600/7601).

This episode stresses the paramount importance of clear, concise, and unambiguous EASA/ICAO standardized phraseology for single-pilot IFR, highlighting common errors to avoid and practical techniques for effective communication with ATC.

We'll outline robust icing avoidance and immediate escape strategies for non-FIKI aircraft, including meticulous pre-flight analysis for freezing levels and visible moisture, and crucial in-flight actions like changing altitude, heading, or executing a 180-degree turn.

This episode focuses on subtle indications of icing, particularly the hard-to-see clear ice and insidious ice crystal icing, emphasizing the importance of recognizing changes in engine sound, performance, or instrument readings (like Total Air Temperature) even without visible airframe ice.

This episode clarifies the critical "no-go" rule for non-FIKI (Flight Into Known Icing) certified aircraft, explaining the types of ice, their severe aerodynamic effects, and why attempting to fly into known icing conditions in these aircraft is an absolute safety boundary.

We'll discuss spatial disorientation as a primary cause of fatal accidents in IFR, explaining how human senses provide misleading information in IMC, and emphasizing the crucial need for absolute trust in instruments through rigorous training.

This episode focuses on effective and precise communication with Air Traffic Control (ATC) in complex European airspace, reiterating standard phraseology, the CRAFT mnemonic for clearances, and mandatory reports for maintaining safety and efficiency.

We'll delve into developing strong instrument scanning and cross-checking techniques, including the Radial and Rectangular Cross-Checks, to efficiently extract critical information from the instrument panel and avoid common errors like fixation and omission.

This episode defines situational awareness (SA) in IFR operations, explaining its four-part process (Perception, Comprehension, Projection, Decision Making) and providing practical strategies to boost SA, including intense listening, knowing airspace, and wise technology use.

We'll explore effective workload management strategies for single-pilot IFR, emphasizing the "Aviate, Navigate, Communicate" principle, the use of checklists, automation as an ally, prioritization, eliminating distractions, and the importance of mental rehearsals.

This episode covers critical emergency procedures and contingency planning in IFR, including Engine Failure After Takeoff (EFATO) actions, distinguishing "Minimum Fuel" from "Mayday Fuel," general emergency actions (Squawk 7700), and updated Radio Communication Failure (RCF) procedures.

We'll explore specific weather phenomena posing significant hazards to IFR flight, including fuel frost, temperature inversions (and their effect on performance), lightning strikes on composite aircraft, and various causes and clues of dangerous wind shear/microbursts.

This episode delves into advanced weather interpretation for IFR, focusing on understanding trend forecasts in TAFs (BECMG, TEMPO, PROB) and their practical implications for go/no-go decisions, fuel planning, and alternate airport selection.

We'll discuss terrain awareness as a critical component of IFR safety, particularly in varied European terrain, explaining how to use charts (MSAs, Grid MORAs) and technology (GPWS/TAWS, eTOD) to prevent Controlled Flight Into Terrain (CFIT) accidents.

This episode covers essential IFR navigation techniques, explaining how to use traditional ground-based aids like VOR, NDB, and ILS, alongside modern satellite-based RNAV/GPS systems, and the crucial "Substitution vs. Monitoring" rule.

We'll provide a detailed understanding of European airspace classifications (A through G) for IFR operations, focusing on the common challenges and responsibilities for BIR pilots, especially in Class D, E, and G airspace.

This episode highlights the indispensable role of digital tools like Autorouter and SkyDemon for comprehensive IFR flight planning in Europe, emphasizing their efficiency, safety enhancements, and the need for pilots to maintain fundamental skills.

This concluding episode stresses that obtaining the BIR is just the first step, emphasizing the critical importance of maintaining IFR currency and proficiency well beyond regulatory minimums through regular practice, ongoing instruction, and effective Single Pilot Resource Management.

This episode compares Jeppesen and LIDO aeronautical charts, discussing their distinct characteristics, level of detail, and suitability for various IFR operations, emphasizing the benefits of digital integration with EFBs.

We'll showcase the seamless integration of Autorouter for IFR route planning and filing with SkyDemon for in-flight navigation, highlighting how these digital tools enhance efficiency, situational awareness, and provide comprehensive weather and chart data.

This episode covers updated EASA Standardised European Rules of the Air (SERA) for radio communication failure, introducing new transponder codes (7600 for lost comms, 7601 for diverting to VMC) and revised emergency descent procedures.

We'll break down the complexities of European airspace classifications (A-G) and essential ATC phraseology, including readbacks and common phrases, to ensure clear and concise communication in controlled airspace.

This episode explains Low Visibility Procedures (LVP) at aerodromes, their triggers, and the critical ground operations pilots must adhere to for safe taxiing and takeoff in low visibility conditions.

We'll detail the extreme hazards posed by thunderstorms (turbulence, icing, hail, lightning, microbursts) and outline comprehensive avoidance strategies for pre-flight and in-flight, including critical penetration procedures if avoidance is impossible.

This episode focuses on the various types of aircraft icing (structural, induction, instrument, rime, clear, mixed, freezing rain), their severe aerodynamic effects (reduced lift, increased drag, increased stall speed), and critical avoidance and in-flight escape strategies.