EASA RT Phraseology Cheat Sheet: Every VFR Radio Call You Need to Know

The complete guide to VFR radio calls for EASA student pilots, with a free printable cheat sheet.

If Radio Calls Make You Nervous, You Are Not Alone

For many student pilots working towards their EASA Private Pilot Licence (PPL) or Light Aircraft Pilot Licence (LAPL), radio telephony is one of the most daunting parts of flight training. The prospect of keying the microphone and speaking to air traffic control in a precise, standardised format, while simultaneously managing an aircraft, can feel overwhelming. Surveys of flight school students consistently rank communications among their top three sources of anxiety, alongside navigation and landings.

The good news is that RT phraseology is not a test of spontaneity or linguistic flair. It is a structured, learnable skill governed by ICAO Annex 10 and ICAO Doc 9432, the Manual of Radiotelephony. EASA requires all pilots to use standard ICAO phraseology, which means the words and formats you need are largely predictable. Once you understand the underlying patterns, almost every VFR radio call follows the same template. This article breaks down those patterns, walks you through each phase of a typical VFR flight, and points you to a downloadable cheat sheet you can keep on your kneeboard during your early solo flights.

What Is RT Phraseology and Why Does It Matter?

RT phraseology refers to the standardised set of words, phrases, and formats used in aviation radio communications. The International Civil Aviation Organisation (ICAO) develops these standards, which are published in Annex 10 to the Convention on International Civil Aviation and further detailed in Doc 9432. EASA has adopted these standards, and they form the basis of the Communications subject (090) in the PPL theoretical knowledge examinations.

Standard phraseology exists for a simple but critical reason: safety. When every pilot and controller uses the same words in the same format, the risk of misunderstanding drops dramatically. Consider the difference between a pilot who says "I need to go down" and one who says "Request descent to two thousand feet." The first statement is ambiguous and could mean several things. The second is precise, unambiguous, and follows a format that the controller can immediately act upon. In a busy airspace environment where English may not be the first language of either party, this precision is essential.

The European General Aviation Safety Team (EGAST), working under EASA, published a dedicated radiotelephony guide for VFR pilots that reinforces the importance of using standard phraseology wherever possible. The guide also makes an important point: if you cannot recall the exact standard phrase in a given moment, plain language is always preferable to silence or an incorrect phrase that could cause confusion. The priority is to communicate clearly, and standard phraseology is simply the most reliable tool for doing so.

The Structure of Every Radio Call

Before looking at specific scenarios, it is worth understanding the general structure that underpins nearly all VFR radio transmissions. Every standard call, whether you are requesting taxi clearance or reporting your position in the circuit, follows a predictable four-part format. Once this structure becomes second nature, you will find that composing a radio call feels less like improvising a speech and more like filling in a form.

The first element is the station you are calling. This is always the name of the air traffic service unit followed by its function, for example "Wien Tower" or "Lyon Information."

The second element is your own aircraft callsign. Under ICAO standards, this is the aircraft registration marking spoken in the phonetic alphabet, such as "OE-ABC" spoken as "Oscar Echo Alfa Bravo Charlie." It is also standard practice to precede the phonetic registration with your aircraft manufacturer or type (for example, "Cessna Oscar Echo Alfa Bravo Charlie").

While full callsigns can feel long, ATC will often abbreviate them once communication is established, but you must never abbreviate your callsign until ATC does so first. When they do, the standard ICAO abbreviation uses the first character of your registration (or the aircraft type) followed by at least the last two characters. For example, "D-EFGH" becomes "Delta Golf Hotel" or "Cessna Golf Hotel".

The third element is the message itself. This is where you state what you want or what information you are providing. The fourth element, which applies when you are responding to an instruction, is the readback. A readback is a repetition of the key elements of an ATC clearance or instruction, particularly any altitude, heading, runway, or frequency assignment. Readbacks are a critical safety measure, and ATC will correct you if you read back incorrectly.

As a compact example, a request for taxi would follow this pattern: who you are calling ("Munich Ground"), who you are ("D-EFGH"), the message ("request taxi VFR to Salzburg, information Echo"), and then, once you receive your clearance, you read back the key elements ("Taxi via Alpha, runway two five right, D-EFGH"). The same logic applies whether you are departing, joining a circuit, or declaring an emergency.

Before You Fly: Pre-Flight Radio Preparation

Good radio discipline starts on the ground, well before you reach the runway. A few minutes of preparation can make a significant difference to your confidence in the air. The first step is to check the aerodrome information. Most controlled aerodromes broadcast an Automatic Terminal Information Service (ATIS), which is a continuous loop of current aerodrome information including the active runway, weather conditions, and any special instructions. You should listen to the ATIS broadcast and note the information letter (Alpha, Bravo, Charlie, and so on). This letter is how you tell ATC that you have received the current information, which saves time on the frequency.

Next, ensure you know the correct frequencies for your departure aerodrome. You will typically need the ground control frequency for taxi, then the tower frequency for takeoff, and then the approach or area control centre frequency once airborne. Writing these frequencies on your kneeboard before engine start is a simple but effective habit. You should also have the frequencies for your destination and any alternates readily available.

Finally, think through the calls you expect to make during the flight. Rehearsing them silently or saying them aloud while still on the ground helps build the muscle memory that makes the actual transmission feel more automatic. Many instructors recommend writing out the first few calls in full on your kneeboard for your early flights, particularly the initial call to ground control and the departure call to tower.

Departure: Startup, Taxi, and Takeoff

Requesting Taxi Clearance

At a controlled aerodrome, your first radio call after starting the engine is typically to ground control to request taxi clearance. This call should include your position on the apron, your destination (whether local flying or departing to another aerodrome), and the ATIS information letter you have received. The format is straightforward and follows the four-part structure described earlier.

Requesting Taxi

Pilot: "Friedrichshafen Ground, D-EFGH, at apron two, request taxi VFR to Stuttgart, information Hotel."

ATC: "D-EFGH, taxi via Alpha and Bravo, runway two four, report holding point runway two four."

Readback

Pilot: "Taxi via Alpha and Bravo, runway two four, report holding point runway two four, D-EFGH."

Notice that the pilot reads back the taxi route, the runway, and the reporting instruction. These are all safety-critical elements that ATC needs to hear confirmed. If ground control assigns a different runway from what you expected, read it back exactly as given, not what you were anticipating.

Ready for Takeoff

Once you have taxied to the holding point and completed your pre-takeoff checks, you contact tower to request departure clearance. At this point you should already be on the tower frequency. The call is simple: state that you are ready for takeoff and, if relevant, mention your intended direction of flight after departure.

Ready for Takeoff

Pilot: "Friedrichshafen Tower, D-EFGH, ready for departure runway two four, VFR to Stuttgart."

ATC: "D-EFGH, cleared for takeoff runway two four, report airborne."

Readback

Pilot: "Cleared for takeoff runway two four, report airborne, D-EFGH."

Joining the Circuit at Your Destination

Joining the aerodrome circuit is often the part of radio work that causes student pilots the most difficulty, because it requires awareness of other traffic and timely position reports. The circuit (also called the traffic pattern) is the standard rectangular path that aircraft fly around the runway, typically at a specified altitude (often 1,000 feet above aerodrome elevation). In the EASA environment, circuits can be left-hand or right-hand depending on the runway in use, and this information is published in the AIP (Aeronautical Information Publication) for each aerodrome.

Overhead Join

The method you use to join the circuit depends heavily on the country and the specific aerodrome. When making your initial call to a busy tower or approach frequency about 15 miles out, do not dump all your information at once. Establish contact first, wait for the controller to indicate they are ready, and then pass your message.

Initial Contact

Pilot: "Stuttgart Tower, D-EFGH."

ATC: "D-EFGH, Stuttgart Tower, pass your message."

Passing the Message

Pilot: "D-EFGH is a Cessna one seven two, ten miles to the north, two thousand feet, requesting joining instructions, information Kilo."

ATC: "D-EFGH, join downwind runway two five, report downwind."

Readback

Pilot: "Join downwind runway two five, report downwind, D-EFGH."

Direct Join and Downwind Join

In some situations, ATC may instruct you to join the circuit directly. A direct join typically means you fly directly to the downwind leg at circuit height. A downwind join means you approach the aerodrome and enter the downwind leg from a position that allows you to fit into the traffic flow. These joins are more commonly used when you are already familiar with the aerodrome layout or when traffic conditions allow. In each case, ATC will specify the join method in their clearance, and you should follow it precisely.

Direct Join (as instructed by ATC)

Pilot: "D-EFGH, report downwind runway two five."

ATC: "Downwind runway two five, D-EFGH."

💡Tip: Listening Out in the Circuit - Maintain a continuous listening watch throughout the circuit. Other pilots will be making position reports, and building a mental picture of where everyone is will help you fit into the traffic flow safely. If you are unsure of another aircraft's position, ask ATC for traffic information.

Position Reports in the Circuit

Once you are established in the circuit, regular position reports help ATC and other pilots maintain situational awareness. The standard reporting points in a circuit are downwind, base (also called final approach), and sometimes late downwind or long final. The exact reporting points and phrases vary between aerodromes, so always check the local procedures. The following examples use a right-hand circuit on runway 25.

Downwind Report

Pilot: "D-EFGH, downwind runway two five, full stop."

ATC: "D-EFGH, number two, follow the Cessna on base leg, report final."

Final Approach Report

Pilot: "D-EFGH, final runway two five."

ATC: "D-EFGH, cleared to land runway two five, wind two seven zero degrees, eight knots."

The phrase "full stop" in the downwind report tells ATC that you intend to land, as opposed to carrying out a touch-and-go or a go-around. This distinction matters because it allows ATC to plan the spacing between arriving and departing aircraft. If you are planning a touch-and-go, you would say "touch-and-go" instead of "full stop." When you receive your landing clearance, always read back the runway number, as this is a critical safety element. You do not need to read back the wind information.

Departing the Circuit and En-Route Calls

After landing, tower will typically instruct you to vacate the runway and contact ground control for taxi instructions back to the apron. This is a straightforward handover. Once you are clear of the runway, make the call promptly so that tower can clear the next aircraft for takeoff or landing.

After Landing

ATC: "D-EFGH, vacate right, contact Ground one one eight decimal seven five."

Readback

Pilot: "Ground one one eight decimal seven five, D-EFGH."

If you are departing the aerodrome circuit to continue to another location, tower will typically ask you to report leaving the circuit or will hand you off to the appropriate area control centre (ACC) or approach frequency. The call to the next frequency follows the standard format: you identify the station, identify yourself, and state your position, altitude, and intentions.

Contacting Area Control After Departure

Pilot: "Stuttgart Radar, D-EFGH."

ATC: "D-EFGH, Stuttgart Radar, pass your message."

Pilot: "D-EFGH, five miles north-east of Stuttgart, climbing to three thousand five hundred, VFR to Friedrichshafen."

ATC: "D-EFGH, squawk four two three five and ident."

The term "squawk" refers to setting a four-digit code on your transponder. This code allows radar to uniquely track your aircraft among all the targets on the controller's screen. If the controller adds the instruction to "ident," this means you should press the IDENT button on your transponder briefly. This causes your target to flash or brighten on their radar display. Once the controller sees this, they will confirm radar contact by saying "D-EFGH, identified." You should read back the squawk code and then operate the transponder as instructed.

Emergency Communications: MAYDAY and PAN PAN

Every pilot needs to understand the difference between a distress condition and an urgency condition, and the correct phraseology to use in each case. The EASA PPL theoretical knowledge syllabus covers this in detail, and the practical application is something your instructor will practise with you during training. Knowing the correct words to use in an emergency can make a meaningful difference to the outcome.

MAYDAY: Distress

The word MAYDAY (spoken three times) is reserved for situations where there is grave and imminent danger to the aircraft and its occupants, and immediate assistance is required. Examples include engine failure, a fire on board, or a situation where the pilot has lost control of the aircraft. The full format of a distress call is: "MAYDAY, MAYDAY, MAYDAY" followed by the name of the station you are addressing, your callsign, your position, the nature of the distress, your intentions, and any other useful information such as the number of people on board and your fuel state.

MAYDAY Call

Pilot: "MAYDAY, MAYDAY, MAYDAY, Frankfurt Tower, D-EFGH, Cessna one seven two, five miles south of the field, engine failure, one thousand feet, attempting forced landing on runway two five left, two persons on board."

PAN PAN: Urgency

The phrase PAN PAN (spoken three times) is used for urgency conditions that are not yet distress but could develop into distress if not addressed. Examples include a partial loss of engine power, a significant systems failure that does not yet threaten the safety of the flight, or a situation where a pilot becomes uncertain of their position and needs assistance. The format is identical to a MAYDAY call, but you substitute "PAN PAN, PAN PAN, PAN PAN" in place of the MAYDAY prefix.

PAN PAN Call

Pilot: "PAN PAN, PAN PAN, PAN PAN, Frankfurt Information, D-EFGH, Cessna one seven two, fifteen miles south-east of Frankfurt, partial loss of engine power, requesting vectors to nearest aerodrome, one person on board, one hour fuel remaining."

In both cases, the key is to speak clearly and calmly. State the facts in a logical order: who you are, where you are, what has happened, and what you intend to do. Controllers are trained to handle emergency situations and will prioritise your aircraft immediately. Even if you are unsure whether a situation qualifies as distress or urgency, it is always better to declare a PAN PAN early than to wait until the situation has deteriorated into a genuine MAYDAY.

💡Tip: When in Doubt, Declare - EASA and ICAO guidance is clear: if you think you might need help, declare PAN PAN. There is no penalty for declaring an urgency condition that turns out not to be serious. Controllers would far rather assist a pilot who declared early than deal with an accident that could have been prevented.

Common Mistakes Student Pilots Make on the Radio

Understanding what typically goes wrong is just as valuable as knowing the correct procedures. Several recurring errors appear in student pilot radio work, and being aware of them can help you avoid making them yourself.

The most common mistake is failing to listen before transmitting. In a busy aerodrome environment, two pilots may attempt to transmit simultaneously, causing a blocking signal that prevents either transmission from being heard. If you key the microphone and hear a continuous tone or nothing at all, release the PTT (push-to-talk) switch and wait. The frequency is busy. After a few seconds, listen for a gap and try again. Related to this is the habit of stepping on another transmission. If you hear someone else speaking, wait until they have finished before you transmit.

Another frequent error is incorrect callsign usage. Some student pilots use just the aircraft type ("Cessna on downwind") instead of the full registration callsign. At controlled aerodromes, you must use your full callsign until ATC abbreviates it. When they do abbreviate it after initial contact, it will be by using the first character or aircraft type followed by at least the last two characters of the registration (for example, "Delta Golf Hotel" or "Cessna Golf Hotel"). Once ATC has used this abbreviated form, you may use it for the remainder of your communications with that sector.

A third common issue is filling silence with unnecessary words. Standard phraseology is concise by design. Phrases like "err," "um," or "I was just wondering if I could possibly" add no useful information and can clutter the frequency. If you need a moment to compose your thoughts, it is better to pause briefly before keying the microphone than to transmit a hesitant, drawn-out message. Controllers appreciate brevity, particularly in busy airspace.

Finally, some students forget to read back critical clearances. Failing to read back a runway change, an altitude restriction, or a frequency assignment is not just a procedural error; it is a safety risk. If ATC gives you a clearance that includes a runway number, heading, altitude, or frequency, you must read it back. If ATC does not correct your readback, the clearance is considered confirmed.

Your Free EASA RT Phraseology Cheat Sheet

We have put together a single-page, landscape-format cheat sheet that covers the exact phraseology for every phase of a standard VFR flight. It includes scripts for requesting taxi, takeoff, joining the circuit (overhead join, direct join, and downwind join), circuit position reports, landing, and emergency calls. The sheet is designed to be printed and clipped to your kneeboard during flight, giving you a quick reference when you need it most.

The cheat sheet uses standard ICAO phraseology in an EASA context. It avoids country-specific procedures and focuses on the universal formats that apply across EASA member states. Whether you are training in Germany, France, Spain, Italy, or anywhere else in the EASA system, these scripts will be relevant to your flying.

You can download the cheat sheet below. We recommend printing it in colour on A4 landscape paper and laminating it if possible, so it survives the wear and tear of regular use in the cockpit.

Download Your Free RT Cheat Sheet

Build Confidence with Structured Practice

Radio telephony proficiency comes from structured, repeated practice. Reading about phraseology is a valuable first step, but the real learning happens when you start making calls under the supervision of your instructor, then progressively take on more of the radio work during dual flights, and eventually make all the calls yourself during solo circuits and cross-country flights. Every flight is an opportunity to practise, and every correctly executed call builds a small amount of additional confidence.

At Easy EASA, our online ground school covers the Communications theoretical knowledge subject in full, including detailed lessons on RT phraseology, the regulatory framework, and practice questions that mirror the format of the actual EASA PPL examination. Our question bank includes hundreds of practice questions with explanations, so you can test your understanding and identify any gaps before your exam day. Whether you are just starting your PPL journey or preparing for your final theoretical examinations, Easy EASA is here to help you succeed.

https://www.youtube.com/watch?v=a4t_gJByKoo

Get Started with Easy EASA

Download the cheat sheet, practise the scripts on the ground, and then bring them into the air with you. With time and repetition, you will find that the phrases start to come naturally, and the microphone will feel like less of an obstacle and more of the useful tool it is designed to be.