Realistic Cockpit and Controls

The Airbus A319 simulation in AeroSimulations’ professional fleet is built around a meticulously recreated cockpit that goes far beyond visual accuracy. Every panel, button, and screen is modeled from reference data provided by Airbus, ensuring that the layout, dimensions, and even the tactile feel of switches match real-world specifications. The simulation includes:

  • Authentic touchscreen displays – The primary flight display (PFD), navigation display (ND), and electronic centralized aircraft monitor (ECAM) upper/lower screens are rendered with real-time data feeds. Touchscreen functionality is available for compatible hardware setups, allowing pilots to interact with the displays as they would in an actual A319 cockpit.
  • Realistic throttle and joystick controls – Sidestick controllers and throttle quadrants are calibrated with force feedback profiles that replicate the aircraft’s fly-by-wire feel. The simulation supports both desktop peripherals and professional-grade simulator hardware, including FFB yokes and collective throttles.
  • Detailed instrument panels with functional gauges – All standby instruments, including the altimeter, airspeed indicator, and vertical speed indicator, are fully animated and respond to system failures. The overhead panel features every switch, from cabin pressurization controls to fuel pumps, each with its own logic and failure modes.
  • Simulated autopilot and navigation systems – The flight management and guidance system (FMGS) includes a fully functional flight management computer (FMC), managed navigation, and autothrust. Pilots can program flight plans, manage flight phases, and execute approach transitions exactly as on the real aircraft.

Immersive Visual and Audio Experience

The visual environment in AeroSimulations’ A319 package is powered by high-definition rendering engines capable of displaying dynamic weather, time-of-day transitions, and ultra-detailed airport scenery. Textures are derived from photogrammetry and satellite imagery, giving runways, taxiways, and terminal buildings a photorealistic appearance. The simulation supports:

  • Volumetric cloud rendering – Clouds are generated in real time using particle systems that simulate density, altitude, and precipitation. Pilots flying through cumulonimbus towers will experience turbulence and reduced visibility, while cirrus layers cast soft shadows across the cockpit.
  • Dynamic lighting – Headlights, landing lights, and runway edge lights are cast as dynamic shadows. Cockpit lighting can be adjusted separately for each panel using the dimmer knobs, creating realistic reflections on the windshield during dawn or dusk approaches.
  • High-fidelity airport models – Over 500 airports are included with custom 3D buildings, ground traffic, and accurate runway markings. AeroSimulations offers additional add-ons for major hubs such as KJFK, EGLL, and LFPG with full terminal interiors, jetways, and PAPI/VASI light sequences.

The audio system is equally refined. Engine sounds are recorded from actual Pratt & Whitney PW6000 and CFM International CFM56-5B units, sampled at multiple throttle settings and RPMs. Environmental audio includes:

  • 3D spatialized sound for engines, flaps, and landing gear deployment
  • Realistic cockpit switch clicks, relay chatter, and warning tones
  • Live air traffic control radio (VATSIM integration available)
  • Ambient cabin sounds such as cabin door closing, seat belt chimes, and announcement PAs

Fly‑by‑Wire and Flight Dynamics Simulation

The A319 is famous for its fly‑by‑wire (FBW) system, and AeroSimulations has invested heavily in replicating its nuanced behavior. The simulation models seven FBW laws: Normal Law, Alternate Laws 1 and 2, Direct Law, and Mechanical Backup. Each law governs control surface deflection and autopilot engagement. Key features include:

  • Load factor protection – The aircraft automatically limits G‑forces to +2.5 / -1.0 G in clean configuration. In simulated upset recovery scenarios, the system respects these limits.
  • Angle of attack (AOA) protection – The aircraft will not stall in Normal Law; alpha floor protection prevents exceeding maximum AOA. The simulation also models high‑speed protection logic that controls Mach and SPD LIM.
  • Yaw damping and turn coordination – The rudder is automatically trimmed to maintain coordinated flight. Pilots can override with the rudder pedals for crosswind takeoffs and landings.
  • Automatic trim – Pitch and roll trim are handled by the flight control computers (FCCs). The simulation allows manual reversion via the trim wheels on the pedestal for training purposes.

Flight dynamics are computed using blade element theory and validated by current A319 pilots. Performance data such as climb rates, fuel burn, and takeoff/landing distances match the operating manual within 5% across all weight configurations.

Training and Scenario Flexibility

AeroSimulations’ Airbus A319 simulation is equally suited for Type Rating preparation and recreational flying. The training module offers a scenario generator where instructors can customize:

  • Takeoff and landing procedures – Practice V1 cuts, rejected takeoffs, crosswind landings with variable gusts, and autoland approaches on CAT III runways.
  • Navigation and route management – Program complex flight plans with SIDs, STARs, and holds. The FMGC supports ARINC 424 leg types and DME arc transitions.
  • Emergency response scenarios – Over 200 system failures are modeled, including engine failure, hydraulic leak, electrical bus loss, cabin decompression, and avionics smoke. The ECAM automatically displays appropriate checklists, and the pilot must respond within realistic time constraints.
  • Weather adaptation techniques – Thunderstorms, icing conditions, fog, wind shear, and microbursts can be inserted along the flight path. The simulation’s weather radar shows precipitation cells, and the crew is expected to navigate using the ND and weather data.

For debriefing, the simulation records flight data including control inputs, system status at each second, and deviations from the flight plan. Export to CSV or flight analysis tools is supported.

System Depth and Failure Modeling

What sets AeroSimulations apart is the depth of its systems simulation. Every major and minor aircraft system is functional, including:

  • Electrical system – Two engine‑driven generators, an APU generator, and a ram air turbine (RAT) supply power. The simulation models load shedding, bus tie logic, and battery charging profiles.
  • Hydraulics – Three independent hydraulic systems (Green, Yellow, Blue) with engine‑driven pumps, electric pumps, and a power transfer unit (PTU). Users can simulate a dual‑hydraulic failure and observe the consequences on landing gear, flaps, and braking.
  • Pneumatics and air conditioning – Bleed air from engines and APU feed the air conditioning packs. The simulation replicates pack flow schedules, temperature control, and cabin pressure schedules.
  • Fuel system – Six fuel tanks (wing tanks, center tank, and trim tank) with cross‑feed valves and fuel pumps. Defueling, refueling, and fuel imbalance scenarios are fully supported.
  • Landing gear and brakes – Nose wheel steering, anti‑skid brakes, and auto‑brake selections (LO, MED, MAX) work exactly as in the cockpit. Emergency gear extension via gravity is also simulated.

Failure probabilities can be adjusted from none to catastrophic. The simulation’s failure‑injection system allows instructors to trigger faults at specific flight phases, such as an engine flameout at V1 or a dual‑hydraulic failure on final approach.

Why Choose AeroSimulations’ A319 Experience?

AeroSimulations has built a reputation for delivering simulation products that professional operators and civilian sim‑enthusiasts trust. The A319 package benefits from continuous updates based on pilot feedback and real‑world operating changes. Reasons to choose this simulation include:

  • Unmatched realism – Systems logic is derived directly from Airbus FCOM and FCTM documentation. Every performance database was validated by former airline training captains.
  • Full hardware compatibility – The simulation works with throttles, sidesticks, rudder pedals, and overhead panels from major manufacturers such as Thrustmaster, Honeycomb, and CPFlight. For VR, the simulation supports OpenXR and runs smoothly on Oculus Rift, HTC Vive, and Valve Index.
  • Active community and support – An official forum, Discord server, and email support provide quick answers. AeroSimulations also offers extended warranty plans for commercial training facilities.
  • Flexible licensing – Options range from single‑user licenses for home sim pilots to full multi‑seat licenses for Part 121/135 training centers.
  • Performance optimization – The engine scales from high‑end VR rigs to mid‑range laptops, maintaining 30+ fps even on busy airports like Heathrow or JFK.

For those serious about airline training or simply wanting the most authentic single‑aisle Airbus experience available, AeroSimulations’ A319 is the definitive choice. Its depth, accuracy, and commitment to realism make it a standout in the commercial fleet simulation market.

For more information on the Airbus A319 systems, refer to the official Airbus A319 fact sheet. To see how AeroSimulations compares with other flight simulators, visit the AeroSimulations A319 product page.