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Energy Management Matters: Why the FAA Wants You to Stop Relying on the Autopilot
We’ve all been there. You’re leveled off, the trim is set, and with a satisfying click, "George" (the autopilot) takes the controls. You can finally relax, check your iPad, and maybe scan the horizon for traffic without having to fight the yoke. In modern aviation, automation is a godsend. It reduces fatigue, increases situational awareness, and makes long cross-country flights manageable.
But there is a growing problem in the flight decks of America, and the FAA has noticed. We are becoming "automation addicts."
As we wrap up our "Training Week" here at Ace Pilot Academy, we need to address the elephant in the cockpit: manual proficiency and energy management. While it’s tempting to let the G1000 do the heavy lifting, relying too much on the autopilot can dull your edge, turn your stick-and-rudder skills into mush, and leave you dangerously unprepared when the systems inevitably fail.
The Automation Trap
The FAA has been sounding the alarm for years regarding manual flight operations (MFO). They’ve observed a trend where pilots: both in general aviation and at the airlines: are losing the ability to hand-fly the aircraft accurately. When the autopilot disconnects unexpectedly or the flight director provides erroneous guidance, pilots who haven't touched the yoke in months can find themselves behind the airplane in a heartbeat.
Automation is a tool, not a replacement for a pilot. If you can’t fly a standard rate turn, maintain an altitude within ACS standards, or manage a short field landing without digital help, you aren't a captain; you’re a passenger with a front-row seat.
Energy Management: Your Flight’s Currency
The FAA emphasizes energy management as a critical component of flight safety. But what does that actually mean? Think of your aircraft as a bank account. You have two types of "currency" to spend:
- Kinetic Energy (Airspeed): The cash in your pocket. You can use it right now to maneuver or climb.
- Potential Energy (Altitude): The money in your savings account. You can convert it into kinetic energy by pushing the nose down.
Effective pilot training is about learning how to balance these accounts. If you’re low on airspeed and low on altitude, you’re broke. In aviation, being broke leads to Loss of Control In-flight (LOC-I), which remains a leading cause of fatal accidents.
The autopilot is great at maintaining a specific "balance," but it doesn't understand the intent of the flight. It will blindly pull the nose up to maintain an altitude even as the airspeed bleeds away toward a stall, unless it has built-in envelope protection. As a pilot, you need to be the one monitoring the energy state of the aircraft at all times.
Why Multi-Engine Pilots Can’t Afford to Be Lazy
If manual proficiency is important in a Cessna 172, it is life-or-death in a multi-engine aircraft like our Piper Twin Comanche. Multi-engine operations introduce a whole new set of energy management challenges, specifically when one of those engines decides to quit.
When you lose an engine, you lose 50% of your power but roughly 80-90% of your performance. Your energy "income" has just been slashed, and your "expenses" (drag from a windmilling prop and control deflection) have skyrocketed.
If you are overly reliant on the autopilot during a multi-engine emergency, you might miss the subtle cues of an impending Vmc roll-over. The autopilot will try to keep the wings level, but it won’t feel the rudder pressure needed to counteract the asymmetrical thrust. By the time the autopilot gives up and disconnects, the aircraft may already be in an unrecoverable state.
Training to the ACS, Not the "Box"
The Airman Certification Standards (ACS) are very clear about energy management. During your checkride, the DPE isn't just looking to see if you can hold an altitude; they are looking to see if you understand the forces acting on the aircraft.
When you’re practicing maneuvers like steep turns or stalls, do it manually. Feel how the controls get "mushy" as the airspeed drops. Notice how much back-pressure is required to maintain altitude as the bank angle increases. This "seat-of-the-pants" feel is something an autopilot can never teach you. It is the core of manual proficiency.
If you’ve spent your entire flight training career following a flight director (the "pink line" on the PFD), you are essentially playing a video game. To be a professional pilot, you need to be able to look out the window, recognize a high-energy state on a short approach, and fix it before it becomes a go-around: or worse.
The FAA’s Push for Manual Flight
The FAA’s Safety Alert for Operators (SAFO) 17007 explicitly encourages operators to promote manual flight operations. The goal is to ensure that pilots maintain the "cognitive and psychomotor skills" necessary to control the aircraft.
This doesn't mean you should never use the autopilot. It means you should use it strategically.
- Use it when you’re copying a complex IFR clearance in busy airspace.
- Turn it off during the climb-out on a clear day.
- Turn it off during the descent and approach when the weather is VFR.
By hand-flying in low-stress environments, you build the "muscle memory" you’ll need when the weather is at minimums and the equipment fails.
Practical Ways to Sharpen Your Edge
How do you stop being an automation addict? It starts with your next flight. Here are a few challenges to help you reclaim your manual proficiency:
- The "Raw Data" Challenge: Fly a practice ILS approach without the flight director or autopilot. Just use the localizer and glide slope needles. It’s harder than it looks if you haven't done it in a while.
- Master the Trim: Most pilots who struggle with hand-flying are actually just struggling with trim. If you trim the airplane properly, it will fly itself. If you’re constantly fighting the yoke, you aren't flying; you’re wrestling.
- Understand Your V-Speeds: Know your Va (Maneuvering Speed) and your best glide speed like the back of your hand. In an energy management crisis, these are the numbers that will save your life.
- Practice Multi-Engine Flow: If you're working on your multi-engine rating, focus on the critical engine aerodynamics. Understand why the plane behaves the way it does, rather than just memorizing a checklist.
Final Thoughts for Training Week
We started this week talking about why you need to stop being a "Paper Pilot" and why the "Hard Way" (learning on steam gauges) often makes you a better captain. We’re ending it with the most important lesson of all: You are the pilot in command.
Technology in the cockpit is a wonderful thing. It has made aviation safer than it has ever been. But the final layer of safety is always the human being in the left seat. Whether you are flying a Twin Comanche or a Boeing 787, your ability to manage the aircraft’s energy and maintain manual control is what defines your professionalism.
Don't let "George" take your job or your skills. Turn off the autopilot, grab the yoke, and remember why you started flying in the first place.
Ready to take your skills to the next level and master the art of multi-engine flight? Check out our Aviation Training courses and get back to the fundamentals that actually matter.
Stay sharp, keep your energy up, and we'll see you in the skies.