Ifr For Simulator Pilots

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What you'll learn
Basic techniques of flying using only aircraft instruments
Perform IFR procedures including ILS, VORs, NDB, holding patterns, and GPS charts
How to make and file IFR plans
Communications radio-work for the IFR sim pilot
Detailed lessons on the use of each instrument and each aircraft
Requirements
Microsoft Flight Simulator 2020 or 2024 (other sims will do, but you can't submit homework
You can fly your plane in VFR conditions already (casual flying while looking out the window)
You have taken the Beginner course.
You need the basic stick or yoke for flying.
Description
This series of lectures and demonstrations will teach you the knowledge and skills needed to confidently fly your airplane using IFR rules. This enables you to fly any plane through almost any kind of weather and fly like the pros do. We focus on the Cessna 172 with a G1000 panel in MSFS (FS2020), although any simulator and airplane could work. You will eventually transition up to faster planes including the Beech Bonanza, The Cessna Citation Mustang TwinJet, and the CJ4. This real-world curriculum starts with holding patterns. First without wind correction nor any kind of fix. Then we add more complexity to the scenario. Holding with wind correction, holding on NDBs, VORs, VOR intercepts and GPS fixes. Moving on to learning chart reading and interpretation, we learn about approaches to airports and missed approaches. Transitioning to deeper topics, we cover more details about SIDs and STARs, complete with explanations and demonstrations. IFR radio communications are broken down to be easily understood. Using the G1000 glass cockpit, found in many planes both in real life and in the simulator, you learn to manage all aspects of the panel along the way. We eventually move on to faster planes that still have the G1000 such as the Bonanza and the Cessna Citation Mustang. As a final tip in the course, we learn the basics of an FMS system in the CJ4 twinjet.
Overview
Section 1: Introduction
Lecture 1 Introduction
Lecture 2 Demonstration: Startup, Runup, Practice area and HASEL check
Lecture 3 Lesson 1: Standard Rate Turns
Lecture 4 Demonstration - Standard Rate Turns
Section 2: Module 2: NDBs & Standard Rate Turns
Lecture 5 NDBs & Standard Rate Turns
Lecture 6 Module 2 - Demonstration: NDBs and Holding at NDBs
Section 3: Module 3: Holding Pattern Entry Procedures
Lecture 7 Entry - Standard Rate Turns
Lecture 8 Demo - Module 3 - Standard Rate Turns
Section 4: Module 4: Holding Patterns with Wind
Lecture 9 Holding Patterns with Wind Correction Techniques
Lecture 10 IFR-Demonstration-Holding Patterns with Wind Correction
Section 5: Module 5: VOR Navigation
Lecture 11 Tune, identify, and fly in IFR using VOR stations.
Lecture 12 VOR Demonstration
Lecture 13 IFR-Demo-Module-5-172
Lecture 14 IFR-Demo-Module-5-G1000
Section 6: Module 6: Hold on a VOR Intercept
Lecture 15 Module 6: Hold on a VOR, a VOR Intercept, and DME
Lecture 16 Demonstration: VOR or DME Hold
Section 7: Module 7: The Instrument Landing System - ILS
Lecture 17 The Instrument Landing System - ILS
Lecture 18 Demonstration - ILS
Section 8: Module 8: Detailed ILS Information
Lecture 19 Missed Approach, Back Course and more details on Approach Plates
Lecture 20 IFR-Demonstration - Missed Approach
Lecture 21 IFR-Demo=Module 8 - Executing a Back Course Approach (unpublished and published)
Section 9: Module 9: Departure Procedures (DP) and ATC Radio-work
Lecture 22 Published Departure Procedures and ATC Radio-work
Lecture 23 Module-9-Demonstration-DPs
Lecture 24 ATC Communications - IFR Clearances
Section 10: Module 10: IFR Flight Plans
Lecture 25 IFR Flight Plans
Lecture 26 IFR-Demonstration Using SkyVector for Flight Planning
Section 11: Module 11: Weather Forcasting for the IFR Pilot
Lecture 27 Retrieving and deciphering METARs, TAFs, & NOTAMS
Lecture 28 IFR-Demonstration of the tools to retrieve and decipher METARs and TAFs.
Section 12: Module 12: GPS Navigation
Lecture 29 GPS Navigation
Lecture 30 IFR-Demonstration-Module 12A - A short flight
Lecture 31 IFR-Demonstration-Module 12B - A longer flight
Section 13: Module 13: The DME Arc & Circle Landing Approaches
Lecture 32 DME Arc & Circle Landing Approaches
Lecture 33 IFR-Demonstration: Executing a DME ARC published approach and a "Circle to Land"
Section 14: Module 14: Your IFR Check Ride
Lecture 34 Planning, preparation, and criteria for your check-ride flight.
Section 15: Module 15: Additional Basic Tools & Orientation Videos
Lecture 35 Using Little Nav Map for Planning, Tracking, and making Flight Plans
Lecture 36 A G1000 Orientation Video for Beginners
Section 16: Module 16: Moving up to Bigger Airplanes
Lecture 37 IFR Course: Moving to Bigger Airplanes
Simulation pilots using Microsoft Flight Simulator (or other sims) who wish to transition to flying in instrument conditions like the airlines.,Anyone interested in the procedures, radio-work, chart explanations of an IFR course.,Graduates of the Beginner, Intermediate, or Advanced courses.
Homepage

https://www.udemy.com/course/ifr-for-simulator-pilots/

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