What are the best voice ATC add-ons for MSFS and other flight simulators?

The best voice ATC add-ons are BeyondATC for structured airline-style IFR in MSFS on PC, SayIntentions.AI for free-form AI conversation and VFR, and Pilot2ATC for phraseology-driven use across several PC simulators. Choose FSHud when traffic control matters more than open microphone conversation, or VATSIM when only a human controller will do.

Which voice ATC add-on is best?

BeyondATC is our default recommendation for routine airline IFR in Microsoft Flight Simulator, while SayIntentions.AI is the stronger choice for conversational freedom. Pilot2ATC remains useful when broad simulator compatibility and less dependence on conversational cloud processing matter more than a modern interface.

For a closer simulator-specific decision, see our comparisons of voice and AI ATC choices for MSFS 2024 and the available ATC add-ons for MSFS 2020.

BeyondATC vs SayIntentions.AI: which should you choose?

Choose BeyondATC when you want a disciplined IFR workflow; choose SayIntentions.AI when you want the controller to understand requests that do not fit a narrow script. This is the central difference in most BeyondATC versus SayIntentions comparisons.

• Choose BeyondATC for airline IFR: filed routes, clearances, taxi instructions, departures, arrivals and approaches are its clearest use case. It suits pilots who want concise exchanges and a recognisable gate-to-gate structure.
• Choose SayIntentions.AI for conversational flying: it is better suited to VFR position reports, pattern work, diversions, changed intentions and requests expressed in ordinary aviation language.
• Choose based on traffic requirements as well as speech: hearing an AI aircraft on frequency does not necessarily mean the add-on is sequencing or controlling it. Check which traffic source the product can manage and which application is responsible for separation.
• Expect an online dependency: both rely on remote services for important functionality. Pilot2ATC is a better fit if reducing reliance on conversational cloud processing is a priority.

Neither product should be treated as an infallible controller. AI can misunderstand an amended clearance, use airport data that does not match installed scenery, or assign a procedure absent from the aircraft's navigation database. If a clearance is unsafe or impossible, request an alternative rather than following it blindly.

Pricing models and included voice or traffic features can change. Compare the cost for the number of hours you actually fly, not just the initial licence or headline plan.

What does “voice ATC” actually mean?

A voice ATC simulator may generate convincing controller audio without accepting anything spoken by the pilot. This distinction causes more unsuitable purchases than almost any other ATC feature.

• Generated controller voices improve what you hear, but pilot replies may still use buttons, menus or keyboard commands.
• Command-based speech recognition listens for an expected grammar, such as callsign, position, altitude and request in a particular order.
• Conversational AI ATC accepts a wider range of phrasing and can interpret corrections, questions and changed intentions.
• Human voice ATC connects you to a real controller instead of simulating one.

Our explanation of speech recognition, conversational ATC and live controller voice covers these differences in more detail. These are consumer simulation tools rather than substitutes for official aviation training, and phraseology varies by country.

Which MSFS AI ATC works on PC, Xbox and PlayStation?

Full third-party AI voice ATC is primarily a Windows PC feature. BeyondATC, SayIntentions.AI, Pilot2ATC and FSHud run as companion applications or use PC-side connectors rather than operating entirely inside the simulator.

MSFS 2024 and MSFS 2020 on PC

PC pilots have the widest choice because external applications can receive simulator position, aircraft and flight-plan data. The stock MSFS controller is often described as AI ATC, but it is chiefly a menu-driven automated system rather than conversational microphone input.

Most ATC packages are not ordinary scenery mods. Do not assume that placing the whole application in the Community folder will install it; use the supplied application and connector instructions.

How do you talk to ATC in MSFS 2024 on PS5?

On PS5 and PS5 Pro, you communicate through the built-in MSFS 2024 ATC panel and its listed responses, not by speaking into the headset microphone. Microsoft Flight Simulator 2024 is available on PlayStation, but MSFS 2020 was never released there.

1. Open the in-simulator ATC panel using the interface or an assigned controller command.
2. Tune or select the correct frequency for the relevant airport, ground, tower, departure or centre facility.
3. Select one of the available transmissions and wait for the controller's reply before choosing the next response.
4. Check radio assistance settings if the simulator answers automatically; an enabled AI radio-assistance option can take control of transmissions.

A PS5 headset microphone does not convert stock ATC into speech recognition. Windows companion applications such as BeyondATC and SayIntentions.AI cannot be installed inside the PS5 console environment. Xbox Series X|S has the same basic restriction.

If the ATC list is empty, make sure the aircraft has electrical and avionics power, an appropriate frequency is selected and another assistance feature is not handling the radio. These checks solve many apparent console ATC faults.

What works with X-Plane, Prepar3D and FSX?

Pilot2ATC is the broadest established voice-recognition option across these older and alternative PC simulators. SayIntentions.AI supports specified X-Plane configurations, while FSHud supports selected Prepar3D editions; compatibility should be checked against the exact simulator release and operating system before purchase.

X-Plane running on macOS or Linux does not mean every connected ATC application runs natively on those systems. The simulator and the external controller may have different platform requirements.

How do you set up AI voice ATC correctly?

A reliable setup needs one flight plan, one selected microphone, one push-to-talk binding and one application controlling traffic. The recurring mistake we see is installing several realistic-sounding tools without deciding which one owns each task.

1. Confirm exact compatibility. Check the simulator edition, operating system and any required connector before buying or installing the ATC application.
2. Synchronise the flight plan. The simulator, ATC add-on and aircraft FMS should agree on the route, flight rules and destination. A runway or procedure may still change after ATC assigns it.
3. Select the microphone explicitly. Choose the headset in the ATC application and allow microphone access in the operating system. Do not rely on the Windows default if webcams, VR headsets or virtual audio devices are installed.
4. Assign a dedicated push-to-talk key. Avoid a button already used for brakes, camera controls or the simulator's own ATC menu. Press it before speaking, pause briefly and release it after the final word.
5. Disable duplicate controller audio. Mute or turn off stock ATC handling when the replacement product instructs you to do so; otherwise two controllers may issue conflicting clearances.
6. Give one program authority over AI traffic. Two injectors or traffic controllers can create duplicate aircraft, ignored instructions and runway conflicts. Our guide to compatible AI traffic sources and their ATC implications explains what should and should not run together.
7. Test at a quiet airport. Verify callsign recognition, radio volume and push-to-talk before attempting a busy hub departure.

Why does voice recognition misunderstand ATC calls?

Most failed transmissions are caused by the wrong input device, clipped push-to-talk audio or unexpected phrase structure rather than the pilot's accent. Diagnose the symptom before changing microphones or reinstalling the application.

• No input level: select the microphone inside the ATC program and check operating-system privacy permission.
• The first or last word disappears: hold push-to-talk slightly before speaking and keep it held until the transmission is complete.
• The callsign is rejected: use the registration or airline telephony designator shown by the add-on rather than inventing a shortened form.
• Words are recognised but the request fails: command-based systems may require the facility, callsign, position, altitude and request in an expected order.
• Push-to-talk works only when the application is focused: check global-hotkey settings, conflicting bindings and whether the simulator and ATC program are running with different permission levels.
• The reply describes the wrong route: re-import or reconcile the flight plan and check for differences between scenery, procedure and navigation data.
• Replies are delayed despite good recognition: test the internet connection and cloud-service status; this is not normally fixed by microphone calibration.

Concise radio structure gives every system less to misinterpret. A useful template is: facility, callsign, position or altitude, then request. For example, “Ground, G-ABCD, north apron, VFR to the west, request taxi” is clearer than a long explanation of the planned flight.

Is AI voice ATC better than VATSIM?

AI ATC is better for guaranteed coverage and private practice; VATSIM is better for authentic human judgement and unpredictable radio traffic. They solve different problems rather than replacing one another.

An AI controller is available for the whole flight, repeats exercises consistently and removes the social pressure of speaking to another person. That makes it practical for learning radio flow, although it can also teach product-specific habits that do not match real-world procedures.

A human controller can combine instructions, recognise local context and adapt to congestion in ways automated systems may miss. The trade-off is that coverage is not guaranteed, only staffed positions are controlled, and pilots are expected to prepare their route, callsign and basic phraseology before transmitting.

Can you use voice ATC without a subscription?

Yes, although the choices are narrower. Pilot2ATC uses a traditional licensed application and speech-recognition workflow rather than unrestricted conversational AI, while built-in simulator ATC has no separate service charge. A human-controller network can also avoid an AI subscription but requires an account, compatible PC client and suitable controller coverage.

Do not confuse a one-time application licence with entirely offline operation. Weather, maps, voice generation, updates or activation may still use online services, depending on the product and configuration.