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Airspace: Who Cares?

March 10, 2026/by Elaine Kauh

Even when you’re flying IFR, airspace still matters. From hidden Class D boundaries to surprise speed limits and VFR traffic in Class G, staying aware of the airspace around you is key to safe instrument flying. In this article, professional pilot and instructor Elaine Kauh explains why.

Video: Understanding TEC Routes — Advanced IFR, by Pilot Workshops

March 6, 2026/by Pilot Workshops

Follow along on this scenario-based IFR flight from Riverside, California (KRAL) to Long Beach (KLGB). The short, 20-minute flight presents immediate challenges as the workload is high from start to finish in the busy southern California airspace. The flight will utilize and explain a Tower Enroute Control (TEC) route which is an FAA program of standard routes that keep a flight solely within approach control airspace

Airspace: Who Cares?

March 10, 2026/by Elaine Kauh

Video: Understanding TEC Routes — Advanced IFR, by Pilot Workshops

March 6, 2026/by Pilot Workshops

Once in a while, it happens. An experienced instrument pilot, flying a high-performance airplane with multiple moving maps, ends a trip with an airspace violation. How could that have happened? The flight had been under IFR, so airspace doesn’t matter…until it does. It might not apply directly to every phase of flight when you’re in the system, but we move around quickly up there; it takes mere seconds to be in the wrong place. That’s why good situational awareness, a key element of safe IFR flight, includes airspace awareness.

It Gets Busy

One of the biggest gotchas is a matter of chart design. Beneath and around every complex Class B hub, there are all flavors of airspace crammed in there—but you wouldn’t know it by the IFR en route charts. For example, look at Chicagoland. There are no color-coded rings or symbology to easily see that Chicago Executive (KPWK) is a Class D field with a control tower, where radio communications must be established. Moreover, the chart conceals its western and southeastern edges, joining the Class B floors (which differ on either side).

On the en route chart, there are no color-coded rings or symbology to easily see that Chicago Executive (KPWK) is a Class D field.

So what? You’re IFR, so all that’s worked in. True, but you’re much better off knowing what’s around you. If using Runway 16 at KPWK, the missed approach requires a low climb to the left, and departures include a similar low-turn departure instruction. Those are designed specifically to keep you outside the Bravo, and it’s up to you to fly those paths precisely. A delay in the initial turn could result in an airspace breach. How much of a delay? Layering on the airspace borders will show you just how tightly PWK airspace is tucked in there.

Now look to the north of Chicago and find Waukegan and Kenosha. Those are also Class Deltas, stepping stones along a traffic-laden corridor running up the Lake Michigan shoreline. To reveal their true nature, swap to the VFR sectional and see how close the airspaces are. This is a hot spot for both IFR and VFR violations, because aircraft on visual approaches to KENW’s 33 and KUGN’s 14 have maneuvered for long finals and entered the neighboring Delta without communication or coordination.

The airspace around Waukegan and Kenosha is a hot spot for both IFR and VFR violations.

Such airport pairings are all over the place, especially under and around Class Bs. Using instrument approach final legs or GPS visual procedures are common tools to fly stabilized approaches, but can potentially cause inadvertent airspace entries. And since visual approaches don’t have missed approach procedures, you’re on your own for navigating for traffic, obstacles, and airspace.

Vectoring can’t always save you either. Small, low-level TFRs can pop up outside ATC’s jurisdiction but on your intended route. Special Use Airspace, such as TFRs—especially those associated with sports venues and stadiums—are often not on ATC’s radar, so to speak.

The Uncontrolled Spaces

It’s common practice to wait until after landing to cancel. This offers less distraction on approach and keeps that protective IFR bubble all the way to the ground—most of the time.

But there can be situations when canceling in the air is a safe option. Take a clear day full of VFR traffic out enjoying the sunshine. You’ve descended in preparation for approach and might need to maneuver laterally or climb/descend to avoid traffic. You won’t have as much flexibility to make quick adjustments while IFR, and Minimum Vectoring Altitudes limit how low ATC can follow you.

Or, on an “IFR” day, VFR traffic can still be flying around in Class G. Remember G? That’s uncontrolled airspace, so ATC can’t assist you—much less hear or see you. While not the safest thing to do, VFR aircraft can legally fly in 1 mile visibility while remaining clear of clouds, and they’re most often found going around the traffic pattern.

Class G airports with IFR approaches have lower Class E layers for some protection; VFR requires three miles’ visibility while at least 500 feet below the clouds. But that’s pretty minimal weather to see in, so if you don’t pay attention to E and G, surprise traffic encounters could be in store.

Not So Fast

For those of you flying faster—like a twin or single turboprop—are you up on speed limits? Yep, that’s airspace-dependent too. See 14 CFR §91.117. That list of rules includes not exceeding 200 knots “at or below 2,500 feet above the surface within 4 nautical miles of the primary airport of a Class C or Class D airspace area…” unless otherwise cleared. The same limit applies to airspace “underlying a Class B airspace area designated for an airport or in a VFR corridor designated through such a Class B airspace area,” while the general limit is 250 knots within a Class B.

Knowing the airspace you’re in and near also keeps you prepared should something else require your attention. Got a “Low Fuel” or “Low Voltage” light? Time to divert and request an amended clearance. True, ATC will provide any information you need, including frequencies. But if you have airspace awareness, you can quickly think ahead and cut down on the radio exchanges, especially when it’s busy.

You can more easily anticipate your workflow, like a handoff to a tower or a change to advisory, often paired with terminating radar services. All good to know.

If it’s not an abnormal situation or emergency, but you want to change the destination, the biggest airspaces aren’t always the best if you want to save fuel on approach or spare yourself a long taxi to parking. Better yet, if you already knew that a nice Class D airport is just a few miles behind you, you can set up quickly and reserve the radio calls for more essential functions.

Worst case, that low voltage causes a comm outage and you’re on your own. So whether all’s well or not, knowing the airspace along the route gives you the full picture.

There are plenty of resources to review the alphabet soup of airspace, so that’s the easy part. It is easy to get rusty on things we don’t use often, so treat airspace awareness as part of PIC duties and responsibilities. It’s like knowing how to fly a full procedure on an approach chart, even if you’re not using the course reversal or missed approach.

Along with thorough route planning, there are some in-flight tools to enhance airspace awareness:

EFB users can layer chart features to help de-clutter unneeded items while making airspace information available with a couple of quick taps. You can also use a secondary screen (portable or on the panel) to refer to a VFR sectional.
Stay ahead of the moving map, just like you stay ahead of the airplane. If you’re surprised when the navigator alerts you with a flashing notification of airspace ahead, you’ve missed something. That’ll help avoid problems if you must change routing, get distracted by a malfunction, or simply miss a message on the screen.

If you “always fly IFR,” that’s great. But most of the time, you’re interacting with airspace along with any traffic flying VFR – best to know where it could be, where you are, and most definitely where you’re going.

Half Sized Blog Element (Single Author Style)

Half Sized Blog Element (Multi Author Style)

Airspace: Who Cares?

Video: Understanding TEC Routes — Advanced IFR, by Pilot Workshops

Airspace: Who Cares?

Video: Understanding TEC Routes — Advanced IFR, by Pilot Workshops

Full Sized Blog Element (Big Preview Pic)

Airspace: Who Cares?

It Gets Busy

The Uncontrolled Spaces

Not So Fast

Video: Understanding TEC Routes — Advanced IFR, by Pilot Workshops

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