Aircraft Turnaround Procedure Guide for A320 Crews

The aircraft turnaround procedure guide is where an Airbus flight begins to feel real. Long before the thrust levers move, the crew must turn a busy stand into a controlled cockpit: power established, route checked, aircraft configured, doors managed and every person working to the same departure plan. In a high-fidelity simulator, this is the moment you stop watching aviation and start thinking like the captain.

A real-world turnaround is governed by an operator’s manuals, airport rules and the exact aircraft variant. The flow below is therefore a practical A320-style training framework, not a substitute for airline standard operating procedures. Its value is in building disciplined habits: knowing what happens next, what must be verified and when to pause rather than press on.

Why the turnaround matters

The turnaround is often mistaken for the quiet interval between arrival and departure. It is anything but. Ground crews are unloading bags and servicing the aircraft; catering, cleaning and fuelling may be taking place; passengers are leaving and boarding; dispatch is refining the plan; and the flight deck is preparing a machine that will soon be operating in a tightly controlled environment.

For pilots, the challenge is not merely completing checklists. It is managing priorities. An A320 may power up quickly, but a rushed cockpit preparation can leave crews behind the aircraft before they have even called for pushback. Good crews keep a clear division between actions that can be completed early, actions that depend on final data, and actions that must wait until the cabin and ground operation are ready.

For simulator guests, practising this sequence transforms the experience. You are not simply selecting a destination and rolling down the runway. You are building a departure from the stand, with the same logic and cockpit discipline that make airline operations so compelling.

Aircraft turnaround procedure guide: the cockpit flow

Start with a stable aircraft state

The first objective is to establish power and understand the aircraft’s condition. Depending on the stand and operation, this may mean external power is already connected, or the crew may start the APU to provide electrical and pneumatic supply. On an A320, crews should confirm the relevant indications on the ECAM, check that essential systems are powered correctly and assess the status left by the inbound crew.

This is also the point to review the technical log and any reported defects. A minor deferred defect may have no impact on the flight, while another could affect performance calculations, dispatch conditions or available systems. The correct response is never to assume. Read the entry, understand the operational limitation and follow the approved procedure.

In a simulator session, an instructor can set up these variables deliberately. A failed external power unit, an APU limitation or a system message turns a familiar flow into a decision-making exercise.

Build the flight before the pressure rises

Once the aircraft is stable, the crew can prepare the route. This includes checking the operational flight plan, weather, NOTAMs, departure runway, standard instrument departure and anticipated arrival information. The flight management and guidance system must then be programmed carefully, with both pilots checking the route against the paperwork and each other.

The MCDU is not a box to fill quickly. A route that looks plausible can still contain a discontinuity, an incorrect airway, an unsuitable altitude constraint or a departure that does not match the clearance. Use the available time while the aircraft is still at the stand. Confirm the route on the navigation display, review the vertical profile and make sure the fuel, weights and relevant performance assumptions agree with the plan.

This is where realism creates a useful trade-off. For a first simulator experience, an instructor may prepare much of the route so guests can focus on flying. For aspiring or current pilots, working through the setup is often the point. It exposes the workload behind a clean, confident departure.

Complete the briefing, not just the buttons

The departure briefing turns individual preparation into a shared plan. The pilot flying and pilot monitoring should agree the expected runway, departure route, initial altitude, threats, rejected take-off considerations and special conditions such as weather, terrain, a short taxi, or a runway intersection departure.

A strong briefing is concise and specific. It does not recite every manual page. It identifies what is unusual and confirms how the crew will respond if the flight does not go as planned. If visibility is poor, the briefing should address it. If a sharp turn follows take-off, say so. If a technical issue changes normal procedures, both pilots need the same mental picture.

For a two-person simulator booking, this is one of the best ways to experience authentic crew resource management. One pilot can fly, the other can monitor, challenge and manage radio calls. The cockpit becomes a team environment rather than a collection of switches.

Configure performance with care

Performance preparation should only be finalised when the required figures are available. That normally includes confirmed take-off mass, runway condition, wind, temperature, QNH, anti-ice requirements and departure runway. From this, the crew determines appropriate take-off speeds, thrust setting, flap configuration and stabiliser trim in accordance with their operation’s approved tools and procedures.

This stage deserves deliberate cross-checking because a single incorrect figure can propagate through the departure. The A320’s systems provide useful prompts and protections, but they do not replace disciplined data entry. Check the figures against the source, verify the entries independently and ensure the take-off configuration reflects the actual plan.

The same principle applies to fuel. Confirm the planned uplift, compare it with the fuel on board, and understand any discrepancy before departure. A busy turnaround can produce distractions. Fuel is one of the areas where crews must be calm, exact and unwilling to guess.

Coordinate the cabin and the ground team

A departure cannot begin until the people around the aircraft are ready. The crew needs confirmation that boarding is complete, doors are closed and cross-checked, the cabin is secure, loading is complete and the aircraft can be released for departure. Ground communication matters because it connects the flight deck to the work happening beyond the cockpit windows.

Before pushback, the crew normally completes the relevant pre-start checks, confirms the parking brake status, reviews the pushback plan and obtains the necessary clearance. The exact sequence varies by airline and airport. What does not vary is the need for clear communication. Everyone should know whether the aircraft is about to move, which engine will be started first if applicable, and whether any restriction affects the operation.

Do not let a completed checklist create false confidence. If a door status is unexpected, a ground headset call is unclear or a clearance does not match the crew’s understanding, stop and resolve it. A short delay on stand is usually far easier to manage than confusion during pushback.

Engine start, after-start checks and taxi

With pushback under way and clearance received, the engine start sequence begins in accordance with the aircraft procedure. On the A320, crews monitor the start carefully through ECAM indications, looking for a normal progression rather than merely waiting for an engine to appear available. Once both engines are stable, the after-start flow configures the aircraft for taxi and prepares it for take-off.

Taxi is not downtime. It is a high-workload phase with moving traffic, signs, runway crossings, changing clearances and a cockpit that may still be completing final tasks. Both pilots should maintain a shared understanding of the taxi route, use the airport chart actively and challenge anything that does not look right. The pilot monitoring has a vital role here: radio discipline, checklist completion, runway awareness and an independent set of eyes.

The take-off checklist should confirm that the aircraft is correctly configured and that the crew is ready, not simply that every item has been spoken aloud. If the expected configuration warning appears, or an item cannot be verified, return to the issue before entering the runway.

Train the sequence as a connected operation

The most useful simulator sessions do not isolate the exciting part from the professional part. Starting at the stand, setting up the Airbus cockpit, briefing the departure, handling pushback and taxiing to the runway makes the eventual take-off feel earned. It also reveals where workload builds and why airline crews rely so heavily on flows, checks and mutual verification.

At Simulator Adventures, the full replica A320 cockpit, genuine Airbus sidesticks, 6-axis motion platform and 220-degree visual system give that preparation real presence. With instructor guidance, guests can take command at a pace suited to their experience, while pilots can use the session to rehearse a more structured procedure-focused departure.

The next time you sit in the left-hand seat, resist the urge to race towards the runway. Build the aircraft properly, brief the plan clearly and let each checked action earn the next. That is how a turnaround becomes more than a prelude to flight.