What does TOGA mean in aviation? Learn when pilots use it, what it commands, and how Airbus, Boeing and simulator behaviour differs.
TOGA means Take-Off/Go-Around. It is an aircraft thrust and flight-guidance mode used to command a take-off power setting or initiate a go-around from an approach. Depending on the aircraft, pilots select it with thrust-lever switches or a TOGA detent; the exact thrust and automation response follows that aircraft’s procedure.
What happens when pilots select TOGA?
Selecting TOGA normally commands a defined thrust target and tells the flight-guidance system to enter its take-off or go-around modes.
- Thrust: The autothrottle, autothrust or engine-control system commands the applicable take-off or go-around thrust.
- Pitch guidance: The flight director provides guidance for take-off or the initial go-around climb.
- Lateral guidance: The aircraft may maintain runway heading, ground track or another model-specific mode before the crew selects or captures the required missed-approach path.
- Mode annunciation: The flight mode annunciator shows what the automation actually engaged. Pilots verify this rather than assuming that pressing the switch produced the intended result.
TOGA does not normally retract the landing gear or flaps, contact air traffic control, or guarantee that the aircraft will fly the published missed approach. Those remain crew actions unless a particular aircraft automates part of them.
| Aircraft type | Typical TOGA control | Typical response |
|---|---|---|
| Airbus fly-by-wire aircraft | Move the thrust levers into the TOGA detent | FADEC commands rated TOGA thrust and the flight-guidance system engages take-off or go-around modes. |
| Many Boeing jets | Press a TO/GA switch on the thrust levers | Autothrottle commands the calculated thrust target and the flight directors change mode. Some types have different first- and second-press logic. |
| Other transport aircraft | Switch, button or lever position | Operation varies considerably; the aircraft flight manual and operator procedure control. |
| Light aircraft without TOGA | No dedicated system | The pilot manually applies power, controls pitch and changes configuration. |
When do pilots use TOGA?
Pilots use TOGA during take-off when the applicable thrust setting is required, and during a go-around when the aircraft must stop descending towards the runway and climb away.
- At take-off when performance calculations or operating procedures require TOGA thrust.
- After an unstable approach, loss of required visual reference or failure to meet stabilised-approach criteria.
- When the runway is occupied, blocked or unsafe.
- After ATC instructs the aircraft to go around.
- When the crew decides that continuing the landing would be unsafe.
- During certain windshear escape manoeuvres, where the aircraft’s prescribed procedure calls for TOGA.
Our guide to traffic-pattern approaches and common go-around triggers explains where that decision fits into a normal circuit.
Do pilots always use full TOGA thrust for take-off?
Pilots do not always use maximum rated take-off thrust because many departures permit a calculated reduced-thrust setting.
An Airbus may use the FLX/MCT detent for a flexible-temperature take-off, while Boeing procedures may use an assumed-temperature or fixed-derate setting. TOGA is selected when full rated take-off thrust is required or when reduced thrust is not permitted. On some aircraft, the flight-guidance mode may still be called TO/GA even though the engine target is reduced.
How is TOGA used during a go-around?
During a go-around, selecting TOGA is only the first automation input; the crew must still fly, configure and navigate the aircraft.
- Initiate the go-around: Announce the decision and select TOGA using the aircraft’s prescribed control.
- Control the flight path: Follow the flight-director guidance or set the required pitch attitude while verifying thrust and mode annunciations.
- Establish the climb: Confirm a positive climb, retract the landing gear and change flap settings according to the type-specific schedule.
- Fly the required route: Follow the published missed approach or the route assigned by ATC, then select climb thrust at the appropriate point.
This is a generic sequence, not a substitute for an aircraft checklist. The detailed actions, call-outs and automation vary by type. For one practical example, see our A320 go-around procedure and thrust-detent explanation.
A windshear escape is not simply a routine go-around with more power. If the windshear procedure calls for TOGA, pilots also follow the dedicated pitch guidance and usually avoid configuration changes until clear of the hazard.
Does TOGA always mean maximum thrust?
TOGA does not universally mean maximum possible engine thrust; it means the take-off or go-around thrust commanded by that aircraft’s control logic.
On an Airbus, the TOGA detent normally requests maximum rated take-off or go-around thrust for the conditions, with FADEC still enforcing engine limits. On Boeing and other designs, the autothrottle may command a calculated take-off target or an initial reduced go-around setting. Some aircraft provide additional thrust after a second TO/GA selection.
For that reason, “full throttle” is an imprecise definition. Aircraft type, selected derate, engine limitations and system logic all affect the thrust actually produced.
What common TOGA mistakes should pilots and simmers avoid?
The most common mistake is treating TOGA as a single button that completes the entire manoeuvre.
- Not checking the flight mode annunciator: Thrust may increase while the expected pitch or lateral mode fails to engage.
- Assuming the autopilot disconnects: Autopilot behaviour during TOGA differs between aircraft and equipment standards.
- Forgetting the missed-approach path: Initial TOGA guidance may hold a track rather than automatically following every published leg.
- Changing configuration too quickly: Gear and flaps must follow the aircraft’s climb and acceleration schedule.
- Confusing TOGA with permission to continue: Once a go-around has been initiated, crews follow the prescribed manoeuvre rather than trying to rescue a poor landing without a valid procedure.
How does TOGA work in a flight simulator?
In a simulator, TOGA may be activated through a cockpit switch, a throttle detent or a control assignment, but the aircraft add-on must support the associated automation logic.
A mistake we see often is an incorrectly calibrated throttle quadrant that cannot reach the Airbus TOGA detent, or enters it accidentally during an ordinary power change. Calibrate the full lever range and verify the on-screen detent indication and flight mode annunciator.
FSX includes an autothrottle TOGA command, listed in our FSX keyboard and control-command reference. Complex aircraft may instead require their modelled cockpit switch or lever procedure; a generic simulator command may move the thrust without reproducing every aircraft-specific mode.
After activation, check thrust, pitch guidance and lateral mode separately. If TOGA appears to do nothing, confirm that autothrottle or autothrust is available, the engines are running normally, the control binding is not duplicated and the aircraft actually implements the simulator’s generic TOGA event.