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We've all been there... Often unexpected, complex IFR procedures that leave us scrambling to follow every instruction. Here are a few ways to stay ahead of the game...
If you're using and EFB like ForeFlight or Jeppesen FD Pro, use the highlighter tool over the parts of the procedure you'll be flying. This is especially helpful when one chart has multiple procedures on it.
Some pilots make their own quick reference "cheat sheet" for departure procedures. Similar to the graphical view of a missed approach procedure on an approach plate, you could write down/draw a few of the most important instructions or notes.
When you're flying in cruise, get the local weather or ATIS early on to see what approaches are in use. Set up and brief the approach so you won't have to divide your attention during the descent and arrival procedure.
If you can set speed bugs, use one for speed restrictions that ATC gives you. It's a great way to give yourself an on-screen reminder.
"Expected" speeds and altitudes are often given as instructions by ATC but are not mandatory until dictated. Pre-set these into your FMS or GPS so you're ready when ATC gives you the clearance.
On aircraft with multiple landing/taxi light switches, dedicate one to flip when you hear "cleared for the approach" and one for "cleared for landing." If you follow this every time, when you need a reminder it's a great way to verify what you have and have not been cleared for. If you're unsure, call ATC to verify!
When you're busy, you can use the autopilot to help you split workload. You may find yourself with more time to dedicate to other important procedures once the autopilot is on. If the autopilot does something unexpected, however, you may want to disengage and hand-fly.
Step 1: Our first step is to figure out how much altitude we need to lose. This is pretty easy. We're at 10,000', and we need to get to 5,000', so 10,000-5,000 = 5,000'. We need to lose 5,000 feet.
Step 2: Our next step is to figure out how long we have before we reach the fix. Since we're flying at 120 knots ground speed, we know we're going 2 MPM. With the fix 10 miles out, we'll divide 10 miles by 2 MPM and get 5 minutes (10/2 = 5). So in this scenario, we have 5 minutes to the fix.
Step 3: To finish things off we'll take the altitude we need to lose (5,000'), and divide it by the minutes to the fix (5). 5,000 feet / 5 minutes = 1,000 FPM. We'll need to descend at 1,000 FPM to make the crossing restriction.
In the end, the earlier you can set up and review a procedure, the better your situation awareness becomes. It will give you more time dedicated to flying, and less time spent heads-down in critical phases of flight.
What strategies do you use under IFR for improved situational awareness? Tell us in the comments below.
Swayne is an editor at Boldmethod, certified flight instructor, and a First Officer on the Boeing 757/767 for a Major US Carrier. He graduated as an aviation major from the University of North Dakota in 2018, holds a PIC Type Rating for Cessna Citation Jets (CE-525), is a former pilot for Mokulele Airlines, and flew Embraer 145s at the beginning of his airline career. Swayne is an author of articles, quizzes and lists on Boldmethod every week. You can reach Swayne at swayne@boldmethod.com, and follow his flying adventures on his YouTube Channel.