Departure Planning for IFR Pilots: Risk Management Tips

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Departures can be one of the riskiest phases of flight, especially in instrument conditions (IMC) or mountainous terrain. Even experienced pilots benefit from a structured approach to departure planning that accounts for terrain, obstacles, aircraft performance, and weather.

Chart Smart: low altitude IFR enroute chart intersection symbol

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Think you know your IFR charts? In our “Chart Smart” series, we’ll put your instrument knowledge to the test with real examples from approach plates and en route charts—then break down what each symbol really means.

IFR Focus Video: SmartCharts in Action on a June Gloom Flight

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Veteran instructor and author Bruce Williams takes us along on an IFR flight from Bellingham, WA (KBLI) to Bremerton (KPWT) in his Bonanza, using Garmin SmartCharts in the Garmin Pilot app. This quick 30-minute hop showcases how SmartCharts declutter complex procedures—like the KLSHN TWO RNAV departure—and make it easier to visualize key information in real time. Along the way, Bruce flies the RNAV (GPS) RWY 20 approach through the clouds, offering practical tips on procedure loading and approach setup.

Electronic Flight Bags—Legal Briefing

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For instrument-rated pilots, an iPad or other electronic flight bag (EFB) isn’t just a convenience—it’s a fully legal replacement for paper charts in most Part 91 operations. Staying current with the FAA’s rules and guidance is an important part of maintaining IFR proficiency, and understanding the legal framework helps you use your digital tools confidently.

Instrument Maneuver Spotlight: Radar Vectored Instument Approach

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When ATC takes control of your headings and altitudes, precision and anticipation are key. In this spotlight, we’ll cover how to fly an instrument approach using radar vectors from ATC—maintaining communication discipline, staying ahead of the airplane, and managing configuration and speed changes.

Practical IFR: Don’t Disable. Revert!

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What should you do when the autopilot fails to capture the glideslope or turns right when you expected left? You should disengage the autopilot and hand-fly, right? Wrong. Wrong. Wrong. Think about this objectively for a moment. Right at a critical moment in the approach, you’ve been hit with a surprise, so you double your workload by throwing out one of your best IFR tools. You do it right when a precise flying action is required.

Quiz: Preflight Planning an IFR Flight

There are many details to consider when planning a flight under Instrument Flight Rules. Mix in some inclement weather, and the workload increases exponentially. Answer all these questions correctly and prove you have the keys to unlock a successful IFR flight.

Ask an IFR Expert: LPV vs. ILS—Which Should You Fly in Low Weather?

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I see more and more approaches labeled LPV in the GPS database, but I’ve heard pilots talk about them as ‘GPS ILS equivalents.’ What exactly is an LPV approach, how is it different from an ILS, and why should I care as an instrument pilot?

Video Tip: How to Fly an LPV Approach with a Garmin GTN 650

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For many IFR pilots today, flying a GPS approach is second nature. Among the most capable options is the LPV approach, which offers ILS-like lateral and vertical guidance—but with far wider availability. Thanks to WAAS-enabled GPS, pilots can fly precision-style approaches at thousands of airports that don’t have an ILS installed.

Don’t Just Read the Notes—Use Them

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Picture this: you’re flying an ILS approach right down to the absolute minimums. At 200 feet above the ground, the only thing you can see are the approach lights flashing through the fog. You quickly run through FAR 91.175 in your head and remind yourself: yep, this means you’re allowed to keep going down to 100 feet above the touchdown zone.