Boeing Projects Strong Demand for Pilots Through 2044

If you’re thinking about a career in aviation, there’s never been a better time to start. Boeing’s newly released 2025 Pilot and Technician Outlook forecasts a global need for 660,000 new pilots over the next 20 years—a clear sign that aviation is calling for a new generation.

The report, an annual snapshot of long-term personnel demand, also predicts a need for 710,000 maintenance technicians to support a rapidly expanding global fleet. Air travel demand continues to outpace economic growth in many regions, with a resurgence driven by business travel, tourism, and global connectivity.

summary

A Resilient Industry with Room to Grow

Despite recent challenges—from retirements and workforce shortages to shifting economic pressures—the aviation industry has shown remarkable resilience. Training capacity has expanded, digital tools have improved instruction, and airlines are increasingly focused on recruiting the next wave of professionals.

The future will require more than just bodies in seats. Boeing emphasizes the importance of early career development programs, accessible and relevant training, and ongoing innovation in learning methodologies. Expect to see increasing use of AI, virtual reality, and competency-based training in flight schools.

Opportunities Around the Globe

Demand is strong worldwide. Here are a few regional projections through 2044:

  • North America: 435,000 new personnel (119,000 pilots)

  • China: 426,000 new personnel (124,000 pilots)

  • Southeast Asia: 243,000 new personnel (62,000 pilots)

  • Middle East: 234,000 new personnel (67,000 pilots)

As airline networks grow and aircraft deliveries increase, skilled aviators will be in high demand—particularly those with the adaptability, leadership, and technical skills to thrive in a dynamic environment.

airline pilots

The Bottom Line

Whether you’re just beginning your flight training or working your way through ratings, know that the industry is investing in people like you. With the right preparation and training, your dream career in aviation is ready for the taking.

 

Video Tip: Operations at Class C and D Airports

Class C and D airspace will surround airports that can handle a moderate amount of air traffic. This means there are some important restrictions to remember any time you’re operating within – or underneath this airspace. In this video tip, we review how Class C and D airspace works, what you need to do to fly legally in it and how to stay safe.

This video tip is from Sporty’s Learn to Fly Course—everything you need to prepare for your written test and earn your pilot certificate, with online ground school, FAA test prep, and real-world training, all in one easy-to-use package.

Test your knowledge on airplane engine operations

Aircraft engines can provide thousands of hours of reliable service, provided that they are maintained and operated properly. From the pilot’s perspective, this involves learning the best practices for power control, leaning procedures, cooling, and other operational considerations.

1. One purpose of the dual ignition system on an aircraft engine is to provide for
1. One purpose of the dual ignition system on an aircraft engine is to provide for
Correct! Wrong!
2. For internal cooling, reciprocating aircraft engines are especially dependent on
2. For internal cooling, reciprocating aircraft engines are especially dependent on
Correct! Wrong!
3. Excessively high engine temperatures will
3. Excessively high engine temperatures will
Correct! Wrong!
4. What change occurs in the fuel/air mixture when carburetor heat is applied?
4. What change occurs in the fuel/air mixture when carburetor heat is applied?
Correct! Wrong!
5. Which would most likely cause the cylinder head temperature and engine oil temperature gauges to exceed their normal operating ranges?
5. Which would most likely cause the cylinder head temperature and engine oil temperature gauges to exceed their normal operating ranges?
Correct! Wrong!
6. Detonation occurs in a reciprocating aircraft engine when
6. Detonation occurs in a reciprocating aircraft engine when
Correct! Wrong!
7. What is one procedure to aid in cooling an engine that is overheating?
7. What is one procedure to aid in cooling an engine that is overheating?
Correct! Wrong!
8. The uncontrolled firing of the fuel/air charge in advance of normal spark ignition is known as
8. The uncontrolled firing of the fuel/air charge in advance of normal spark ignition is known as
Correct! Wrong!
9. While cruising at 9,500 feet MSL, the fuel/air mixture is properly adjusted. What will occur if a descent to 4,500 feet MSL is made without readjusting the mixture?
9. While cruising at 9,500 feet MSL, the fuel/air mixture is properly adjusted. What will occur if a descent to 4,500 feet MSL is made without readjusting the mixture?
Correct! Wrong!
10. What should be the first action after starting an aircraft engine?
10. What should be the first action after starting an aircraft engine?
Correct! Wrong!

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Aircraft Engine Operations You got out of 10 right!

Want to learn more airplane engine operations? Check out Sporty’s Learn To Fly Course for in-depth training on this subject.

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AIM Change 1 Update Clarifies Upwind Leg at Towered Airports

Change 1 Effective August 7, 2025

A new revision to the Aeronautical Information Manual (AIM) is now in effect, and it includes an important clarification for pilots operating at towered airports. The FAA has updated paragraph 4-3-3 to realign the definition and depiction of the upwind leg with how it’s used by air traffic control (ATC) in practice.

Previously, there was a disconnect between how the AIM defined the upwind leg and how controllers applied it operationally. The new guidance clearly establishes the upwind leg as an extension of the departure leg, not a separate or parallel traffic pattern entry. This change helps resolve confusion and improves coordination between pilots and controllers.

upwind legThe updated Figure 4-3-1 and revised language in 4-3-2c now reflect this common usage, and the entire sequence of traffic pattern components has been reordered for greater clarity—starting logically with departure.

Upwind leg.
A flight path that begins after departure and continues straight ahead along the extended runway centerline.
Upwind leg is an extension of departure and is used when issuing control instructions for separation, spacing, or sequencing.

Change 1 also includes a variety of other updates ranging from destination signs to EFVS approaches and aviation weather products. Read the explanation of changes here.

Access the complete AIM here.

Purchase your 2026 FAR/AIM hard copy here.

How to preflight a Cessna 172 airplane

The airplane preflight inspection is performed before each flight to ensure that all the required paperwork is on board, that the airplane systems are working properly and that the correct amount of fuel and oil are in the tanks.  It’s your chance to really look the airplane over inside and out to assure yourself that it’s ready to fly because once you’re airborne you just can’t pull over in case something goes wrong. This week’s video tip demonstrates how complete the external preflight inspection on a Cessna 172.

This video tip is from Sporty’s Learn to Fly Course—everything you need to prepare for your written test and earn your pilot certificate, with online ground school, FAA test prep, and real-world training, all in one easy-to-use package.

Why Every Approach Should Be a Go-Around—Until It’s Not

Most pilots learn to fly a go-around early in training, usually in calm conditions with a CFI ready to coach them through the steps: cram it (power up), climb it (pitch up), clean it (flaps, gear), call it (communicate). It’s one of the standard maneuvers on the checkride, and it’s often treated like just that—a maneuver.

But in the real world, go-arounds are rarely that clean, rarely that calm, and rarely expected. They’re typically flown at low altitude, in high workload conditions, with the airplane trimmed for final approach and the pilot mentally committed to landing. That’s not a great combination.

The result? Many pilots simply aren’t trigger-ready. And that’s a problem.

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Two Go-Arounds, Two Reminders

I’ve had two go-arounds in recent months while flying professionally—both of them stark reminders that the decision to go around isn’t just a checkbox; it’s a mindset.

The first was on final approach to a busy runway in Orlando. Tower cleared us to land while a Falcon jet was still taxiing at high speed down the runway. From where we sat, the spacing just didn’t feel right. As pilot in command, I made the decision that there wasn’t enough room to safely continue, and I initiated a go-around.

From the cockpit, it was the right call. But from the cabin, it felt sudden and probably a little scary. I could hear the surprise from passengers as the engines spooled up and the nose came up. Now I had two jobs: fly the airplane and explain, calmly and clearly, that everything was fine. Even with two pilots up front, this is a lot. It was a textbook example of how quickly things can change—and how important it is to be mentally prepared to act without hesitation.

The second go-around came while on short final to the Northeast Florida Regional Airport. Tower had cleared us to land, but still opted to depart a Skyhawk in front of us. This time, the controller saw the spacing was too tight and called for the go-around. We had to sidestep left to avoid the departing airplane and set up for a VFR pattern back around to the runway. And after the dust settled, make the same explanation to the passengers.

It was a good reminder that even at towered fields, you’re not immune from traffic surprises—and that sometimes you’ll be forced into a go-around with very little warning.

We Don’t Practice This Enough

go around

Suddenly adding full power and climbing requires quick and aggressive control input and re-trimming.

Those two situations had something in common: the go-around wasn’t planned. That’s usually how it goes. But unlike a touch-and-go or an ILS to minimums, we don’t typically train to go around in the middle of a normal flight. It’s almost always introduced in ideal conditions and practiced by rote.

That’s not good enough.

We teach that every approach should be a stabilized approach—and that’s true—but we should also teach that every approach should be a potential go-around. Not as a pessimistic outlook, but as a readiness state. If your finger is already hovering over the go-around button—literally or mentally—you’re much more likely to respond decisively when it matters.

The Anatomy of a Surprise Go-Around

What makes the go-around so challenging, especially when it’s unplanned? A few key factors:

  • Configuration Shock: You’re trimmed for final, probably with full flaps and gear. Suddenly adding full power and climbing requires quick and aggressive control input and re-trimming.

  • Low Energy State: You’re often flying slow, near the ground, and in close proximity to obstacles. There’s very little margin for error.

  • High Workload: In an instant, your mental model shifts from “land” to “go.” You’re now flying a new flight path, making radio calls, reconfiguring the airplane, and maybe calming passengers—all at once.

  • Infrequency: Unless you fly in the airlines or in training scenarios where go-arounds are part of standard procedure, you probably haven’t flown one recently.

This all adds up to a maneuver that demands proficiency—but rarely gets practiced.

What Pilots and Instructors Can Do

traffic conflict

Every approach is a missed approach until it’s a landing.

To build real-world go-around readiness, we need to rethink how we approach it in training:

  • Normalize the Go-Around: Take away the stigma. A go-around isn’t a failure—it’s a smart, safe, and often heroic choice.

  • Practice Them Randomly: In training flights or reviews, call for a go-around at different points in the approach—even when everything seems fine.

  • Brief It, Always: Make the go-around part of every approach briefing, even in the pattern. “If we go around, we’ll add takeoff/go-around power, pitch to takeoff attitude, and clean up the airplane…”

  • Involve the Passenger Brief: Let your passengers know it’s a normal procedure. A simple line—“If we go around, it’s just a precaution to ensure spacing and safety”—can go a long way toward reducing their anxiety.

  • Emphasize Immediate Action: Like a rejected takeoff, the go-around should be instinctive and immediate. Hesitation is what causes trouble.

Final Approach

A wise instructor once told me: “Every approach is a missed approach until it’s a landing.” That mindset has stuck with me—and it’s helped me stay alert and ready to act, even when things seem routine.

The two go-arounds I’ve had to fly recently weren’t dramatic emergencies. But they were clear examples of why we need to be mentally and physically prepared to act without delay. There’s no shame in going around—but there can be real risk in hesitating to do so.

Be trigger-ready. Every time.