Good morning everyone, I'm Jeff Gerencser, and thanks for listening to the Daily Preflight.

Aviation is a discipline of standards. From the way a pilot preflights a Piper PA-30 Twin Comanche to the way a steep turn is executed, there is a right way and a lazy way. One of the most important places standards tend to slip is on the radio, especially in the practice area.

For flight instructors, the radio is not just a coordination tool. It is a direct reflection of professionalism. When a CFI uses non-standard phraseology or treats the practice area frequency like a private chat room, it creates more than annoyance. It creates a safety risk and sets a poor example for the next generation of pilots. Professional pilot training begins with the first click of the mic.

The practice area is often the most crowded piece of sky in any training environment. Students are practicing stalls, commercial candidates are working on eights-on-pylons, and multi-engine students are drilling VMC demonstrations. Everyone is maneuvering, often with heads inside the cockpit or attention fixed on a reference point outside.

In that environment, situational awareness is the primary defense against a midair collision. The primary source of that situational awareness is the radio. When communications are unprofessional, cluttered, or non-standard, the mental map every pilot is building starts to break down.

Everyone has heard bad calls. Someone asks if that is Dave by the water tower doing some stuff. Someone says any traffic in the area, please advise. Those phrases do not belong in a professional cockpit. The FAA Aeronautical Information Manual and the Pilot’s Handbook of Aeronautical Knowledge make the standard clear. Please advise is especially bad because it invites everyone on frequency to transmit, clogs the airwaves, and blocks useful position reports.

That baseline matters even more in Arizona. The Arizona Flight Training Workgroup and Phoenix Gateway have pushed for tighter ATC communication standards in the local training environment. Professional phraseology is not optional. It is the operating norm.

When a CFI uses sloppy language, the student learns that the book standard does not apply in the real world. That kind of instructional drift is how bad habits become normal. The standard should be the AIM, not whatever random pilot happens to say on the radio. Around the Phoenix training environment, the Ace Pilot Standard is to meet the FAA baseline and apply local AFTW expectations every time the mic is keyed.

The FAA emphasizes three core pillars for radio communication: accuracy, brevity, and clarity. In multi-engine flight training, where workload builds quickly, those three pillars matter even more.

Accuracy means reporting where the aircraft actually is. If a pilot says five miles west of the power plant but is really three miles south, that report becomes a hazard. Accuracy requires the instructor to teach the student how to match the GPS, the sectional, and the outside picture to make an honest position report.

Brevity matters because the frequency is a shared resource. Every extra word takes time away from someone else who may need to report a conflict. A good pilot thinks through the call before keying the mic.

Clarity means using standard phraseology. The FAA did not build aviation language by accident. It was refined so it can be understood through static, workload, and accent differences. In Arizona, clarity also means identifying the aircraft in a way that reduces ambiguity. The Ace Pilot Standard is to prefix the call sign with the aircraft type, model, manufacturer, or N number as appropriate so other pilots and controllers can sort out who is talking right away.

Pilots and controllers are not working from the same book, but professional communication lives where those books overlap. Pilots are trained primarily from the Aeronautical Information Manual. Controllers operate from FAA JO 7110.65, the handbook that governs phraseology, sequencing, clearances, and required readbacks.

That matters because ATC communication is not just common-sense English. It is a structured exchange with procedural and legal consequences. The AIM teaches the pilot how to organize and deliver a professional transmission. JO 7110.65 tells the controller what can be said, what must be heard back, and when traffic can be moved. If the pilot is sloppy, the controller has to spend time repairing the exchange. That increases delay, congestion, and error potential.

In Arizona training operations, the local AFTW standard fits right into that overlap. AFTW and Phoenix Gateway are pushing for tighter phraseology because local training density leaves almost no margin for vague calls, clipped readbacks, or improvised wording. The Ace Pilot Standard is to speak in a way that satisfies AIM expectations and supports the controller’s 7110.65 workflow.

AIM 4-2-2 provides the baseline for practical radio technique. It is not about sounding polished for its own sake. It is about reducing blocked transmissions and making sure the first call works.

Three habits matter. First, listen before speaking. Do not key the mic just because there is a pause. Listen long enough to understand the flow of the frequency, identify who is talking to whom, and avoid stepping on the end of another transmission.

Second, check for a stuck mic environment. If the frequency sounds dead when it should not, or if there is a continuous carrier, suspect a stuck mic. A pilot who transmits into a blocked frequency is not actually communicating. The Ace Pilot Standard is to verify the frequency is usable before adding to the problem.

Third, use the four-W structure. A clean initial call follows a practical sequence: who you are calling, who you are, where you are, and what you want. That structure helps the controller sort the call immediately and helps other aircraft build the same traffic picture.

A simple example would be: Gateway Ground, Twin Comanche one two three alpha bravo, west ramp, ready to taxi, closed traffic.

That structure works because it is simple and scalable. It works on the ground, in the practice area, and near terminal airspace. It also matches the AFTW emphasis on clear aircraft identification. If multiple trainers are on frequency, using only the tail number may not be enough for quick recognition. Prefixing with aircraft type, model, manufacturer, or N number improves clarity right away.

For a student, the CFI is the professional role model. Students watch the instructor to learn what right looks like. If the instructor uses slang on the radio, relaxes into casual habits, and treats the flight like a drive across town, the student will mirror that behavior.

Professionalism is not just about passing a checkride. It is about preparing a student for a career. Whether the student is headed to the airlines or staying in general aviation, the habits built in training can last for thousands of hours.

When an instructor demonstrates crisp, AIM-compliant radio calls, that teaches respect for shared airspace, operational discipline, safety leadership, and local professionalism. It shows the student that procedures matter even when nobody is watching.

This has a direct effect on multi-engine training. Workload management is everything. If a student is trying to control a simulated engine failure while also sorting through unprofessional radio chatter in the practice area, performance will suffer.

Poor radio discipline adds unnecessary cognitive load. Part of the instructor’s job is to protect the training environment. That means maintaining efficient calls and insisting on professional standards.

When practicing high-speed maneuvers or VMC demonstrations, position reports should follow a strict structure. State who is being called, who the aircraft is, where it is, and what it is doing. Then stop. Keep it short. Keep it standard. Move on.

There is another reason chatter is a problem. JO 7110.65 does not give controllers unlimited discretion to socialize on frequency. Authorized transmissions are built around operational necessity, safety, and efficiency. That matters because controllers are not there to narrate, chat, or clean up confusion created by pilots who did not think before speaking.

If the frequency fills with unnecessary chatter, controllers are forced to spend extra airtime sorting out avoidable problems. In practical terms, bad pilot radio work pushes the system away from the clean, limited, necessary transmissions the controller handbook is built around.

That is why brevity is not just courtesy. It is system support. Every extra, vague, or non-standard transmission increases the chance that a controller has to issue a correction, request a repeat, or delay a needed instruction. In a busy Arizona environment, especially around Gateway and nearby training areas, that matters.

Another useful teaching point for instructors is that readback quality drops as message complexity increases. FAA human factors research has shown that when too many information elements are packed into one transmission, omission, substitution, and sequence errors increase. Once a clearance or instruction gets beyond about three key elements, error rates rise quickly.

That should shape how radio work is taught. Students should not be trained to copy long strings mechanically and hope they can spit them back perfectly. They should be trained to segment the message.

Segmenting means breaking a transmission into manageable parts such as the aircraft identification, the movement instruction, the runway or route element, and the altitude, frequency, or squawk if one is assigned.

Instead of treating a taxi clearance as one giant sentence, the student should hear it as separate actions and read it back the same way. That improves working memory, improves readback accuracy, and gives the controller a better chance to catch an error early.

The same principle applies in the airplane. During training, the student should be briefed to stop, organize, and then answer. Fast is not the goal. Correct is the goal. A slightly slower, segmented readback is far more professional than an immediate but incomplete one.

For local operations, the Ace Pilot Standard adds three non-negotiables drawn from AFTW emphasis. First, complete hold-short readbacks. If ATC issues a hold-short instruction, the pilot should read back the exact words hold short of runway, include the runway designator, and include the full call sign. Partial readbacks are not acceptable.

Second, clear aircraft identification. Prefix the call sign with the aircraft type, model, manufacturer, or N number as appropriate to improve recognition on frequency.

Third, Luke SATR awareness. For operations near Luke Air Force Base’s Special Air Traffic Rule area, two-way radio communication must be established before entry. Local references identify one two five point four five south of Luke and one one eight point one five north of Luke. That is local professionalism, not trivia.

The hold-short requirement deserves extra emphasis. Under JO 7110.65, controllers must obtain a complete and correct readback of runway hold-short instructions before they can confidently continue the sequence. In practical terms, they need to hear the runway and the full call sign tied to that instruction. If the pilot omits the runway, clips the wording, or fails to identify the aircraft clearly, the exchange is not complete.

That is why roger is not enough. Holding short without the runway is not enough. A clipped tail number is not enough in a dense training environment. The Ace Pilot Standard is exact wording, exact runway, and full call sign. That standard supports both AFTW local expectations and the controller’s legal workflow.

In Arizona, local professionalism also means knowing which frequency supports which training environment and then using that frequency with precise, useful reporting. The Ace Pilot Standard is not to talk more. It is to say the right thing on the right frequency.

For the high-traffic southwest, southeast, and Picacho practice areas, one two two point eight five is the primary coordination frequency and should be treated like a lifeline. In those areas, sloppy phraseology does not just sound amateur. It degrades situational awareness for every aircraft sharing the block.

That same precision applies to boundary awareness. Around the Luke SATR and the Phoenix Class Bravo shelves, vague reports and poor listening habits create real risk. The more crowded the practice area, the more disciplined the calls must become.

There is also a direct checkride connection. A designated pilot examiner is not just evaluating whether a student can fly a lazy eight. The examiner is evaluating pilot in command mentality. If a student shows up with sloppy radio habits, the examiner may reasonably suspect that other parts of the operation, such as preflight, weight and balance, or planning discipline, may also be sloppy.

That connection extends to the instructor’s administrative responsibilities. Too many checkrides are delayed or canceled because of incomplete paperwork or missing endorsements. Just as a clean radio call reflects a professional pilot, a clean IACRA application and an organized logbook reflect a professional instructor.

For a CFI, the student’s paperwork must be correct, on time, and fully compliant with FAA Airman Certification Standards requirements. Anything less is a disservice to the student.

So what does cleaning up the chatter actually require? First, self-audit. Instructors should listen critically to their own radio work and ask whether it is truly as professional as they think it is. Second, correct the student immediately. Do not let a close-enough call slide. Teach both the wording and the reason behind it. Third, stay in the books. Revisit AIM Chapter Four and the relevant sections of FAA JO 7110.65. Good radio instruction requires understanding both sides of the exchange.

Students should also model professional cadence and structure, study the system behind the communication, and ask for a say again whenever a transmission is not understood. Safety matters more than ego.

At its core, the Ace Pilot Standard is simple. Use complete and correct readbacks. Include the runway and full call sign on hold-short instructions. Identify the aircraft clearly. Know the local communication requirements around special procedures like the Luke SATR. Meet the FAA baseline every time and apply the local Arizona standard without cutting corners.

Radio discipline is not about style or swagger. It is about safety, workload management, and professionalism. Clean up the frequency, build a better traffic picture, and set the standard other pilots can follow. That is what professional comms look like. That is the Ace Pilot Standard.

Thanks for listening to the Daily Preflight, have a great day, and fly safe.