Handling The Virtual Jets

Instrument Approaches Explained: ILS, RNP & Approach Minima (Ep 5)

19 min · 1. maalis 2026
jakson Instrument Approaches Explained: ILS, RNP & Approach Minima (Ep 5) kansikuva

Kuvaus

What’s the real difference between an ILS, a VOR approach, and an RNP approach? Why can a Category I ILS take you down to 200 feet, while other approaches require much higher minima? In this episode of Handling the Virtual Jets, we break down instrument approaches from first principles -- looking at procedure design, obstacle clearance, lateral and vertical guidance, and how uncertainty determines approach minima. We cover: * How ILS localiser and glide slope beams provide precision guidance * Why non-precision approaches like VOR and NDB require larger safety buffers * The assumptions behind procedure design and obstacle clearance * Why “moving the lever” is not the same as confirming aircraft configuration If you’re flying on VATSIM, using Microsoft Flight Simulator, or training for more realistic airline-style operations, this episode will help you understand not just how to fly an approach — but why it works.

Kommentit

0

Ole ensimmäinen kommentoija

Rekisteröidy nyt ja liity Handling The Virtual Jets-yhteisöön!

Aloita nyt

1 kuukausi hintaan 1 €

Sitten 7,99 € / kuukausi · Peru milloin tahansa.

  • Podimon podcastit
  • 20 kuunteluaikaa / kuukausi
  • Lataa offline-käyttöön

Kaikki jaksot

8 jaksot

jakson Flying VATSIM Cross the Pond: A Practical Guide to North Atlantic Operations (Ep 8) kansikuva

Flying VATSIM Cross the Pond: A Practical Guide to North Atlantic Operations (Ep 8)

Cross the Pond is back — and if you’re planning to fly VATSIM’s biggest event, understanding how North Atlantic operations work is essential. In this episode, we break down how oceanic flying actually works in practice. We’ll walk through the full Cross the Pond flow, including: * Flight planning and why you must follow the assigned route * How oceanic ATC differs from domestic control * RCL (Request for Clearance) and what’s really going on behind it * HF radio, SELCAL, and how communication works over the ocean * ADS-C position reporting and why you’re mostly hands-off * Common mistakes If you’ve ever wondered how aircraft stay separated without radar, or you’re flying CTP this spring and want to feel properly prepared, this is your guide. The focus, as always, is on thinking like a pilot — staying ahead of the aircraft, managing workload, and flying with discipline in a procedural environment.

6. huhti 202618 min
jakson Instrument Approaches Explained: ILS, RNP & Approach Minima (Ep 5) kansikuva

Instrument Approaches Explained: ILS, RNP & Approach Minima (Ep 5)

What’s the real difference between an ILS, a VOR approach, and an RNP approach? Why can a Category I ILS take you down to 200 feet, while other approaches require much higher minima? In this episode of Handling the Virtual Jets, we break down instrument approaches from first principles -- looking at procedure design, obstacle clearance, lateral and vertical guidance, and how uncertainty determines approach minima. We cover: * How ILS localiser and glide slope beams provide precision guidance * Why non-precision approaches like VOR and NDB require larger safety buffers * The assumptions behind procedure design and obstacle clearance * Why “moving the lever” is not the same as confirming aircraft configuration If you’re flying on VATSIM, using Microsoft Flight Simulator, or training for more realistic airline-style operations, this episode will help you understand not just how to fly an approach — but why it works.

1. maalis 202619 min
jakson Minimum Fuel, Mayday Fuel & Managing Your Reserves (Ep 4) kansikuva

Minimum Fuel, Mayday Fuel & Managing Your Reserves (Ep 4)

This week on Handling The Virtual Jets, we move beyond fuel planning and into fuel management -- what happens once you’re airborne and the numbers start changing. We break down the three fuel figures every airline pilot lives by -- planned remaining fuel, total reserve and final reserve -- and what they really mean operationally. We look at how weight, altitude, wind and cost index affect burn, why your FMS predictions aren’t always the full story, and how to spot a trend before it becomes a problem. We also walk through a real-world B787 case study involving holding, diversion approval, “minimum fuel,” a windshear go-around and a Mayday fuel declaration, and what it teaches about staying ahead of the aircraft.

25. helmi 202615 min