A320 Study G​uide ​​Pro

Walk Around Simulator

 

The A320 Study Guide Pro (SGP) – Walk Around Simulator is a reference guide for any professional who operates or is about to start operating the A320 family, looking to familiarize with the locations and functionalities of all the A320 exterior as well as the walk around procedure. The SGP is the best complement of Airbus LMS software.

The A320 SGP - Walk Around Simulator includes:  

  • Training mode,
  • Exam mode.

    The A320 SGP - Walk Around Simulator realistically simulates an A320 aircraft with four engine types:  

    • A320 CEO: 
    • CFM56-5A/5B,
    • IAE V2500.
    • A320 NEO: 
    • LEAP-1A,
    • PW1100G.

    The A320 SGP - Walk Around Simulator  includes:

    Aircraft's Exterior Guide

    On the Aircraft’s Exterior Guide you can naturally interact with the aircraft but cannot perform the walk around. This mode is only used to study the aircraft systems (CBT) and components, therefore it is ideal to be used only to learn the aircraft externals or for educational use in the classroom (ATOs).

    The software contains a CBT of the aircraft, with summary information of the exterior components of the aircraft. There are “curiosity buttons” (red buttons) distributed around the aircraft next to components, probes, doors, etc. 

    By clicking on them, a page will open with the explanation of the function of that specific equipment. Studying an airplane has never been so easy and entertaining as before! 

    Aircraft's Exterior Guide with “curiosity buttons” (red buttons) 


    The A320 SGP englobes the Airbus A320 CBT (Computer Based Training) approaching all the major aircraft systems, including all the exterior locations, components, operations, controls, and indications involved with each system. 

    User support (aids) – arrow and target

    Walk Around Simulator  

    In this simulator you can naturally interact with the aircraft in a tridimensional environment and perform the walk around in an easy and efficient way, showing all the stations of the official path with all the items to check.   

    The A320 Walk Around preflight simulator avoids unnecessary immobilization of an actual aircraft, which can be costly and difficult. Airlines, ATOs and MROs can thus enjoy large financial and logistics benefits right away with more flexibility in training schedules.   

    The Walk Around Simulator includes the Aircraft’s Exterior Guide. It allows a better user interaction with the walk around performance and external knowledge of the aircraft, so the user can perform the walk around and study the aircraft at the same time. 

    The Walk Around Simulator is divided into two modes: 

    1 - Training: has user support (aids) - this mode is suitable for people with little to no experience. There are aids (arrow and target) that guide the user in an initial phase, to make it easier to perceive the location of the items that the checklist determines to be inspected. In this mode, it is impossible to miss the checklist order.

    In each checklist item, there is an “Inspection Hint” to guide the users how to inspect that specific component that the checklist determines to be inspected.

    There are “curiosity buttons” (red buttons) like the Aircraft’s Exterior Guide linked to a CBT, located near the items to inspect. This feature can be deactivated.

    Checklist aid – black box with the explanation (click on the image to expand it)

    Exam mode - with no checklist aid

    2 - Exam: has no user support - this mode is suitable for experienced users.

    Tests the user’s external knowledge and the walk around performance. It is possible to miss the checklist order and an error will appear if it happens. At the end, if the result is equal or above 75%, a certificate can be emitted.

    The certificate can be used for an airline or MRO to ensure that all the aircraft engineers that perform the walk around on the A320 family are fully qualified to do it.

    Virtual Reality

    In pafaero we keep revolutionizing pilot training like never before. Our innovative software seamlessly combines the precision of 2D training with the unparalleled realism of VR, elevating the training experience to new heights.

    The use of VR headsets is not mandatory to use the A320 Study Guide Pro Aircraft Engineer Integration. Whether you prefer the unparalleled realism of VR (VR headsets are required) or the standard 2D version (VR headsets are not required), our platform accommodates your learning style, ensuring flexibility and accessibility for all users.

    Experience Aviation Training in a Whole New Dimension with VR: Our aviation software with VR capability transcends traditional training methods by bringing the aircraft directly into your training room. It's not just a simulation; it's a transformative experience that enhances learning and skill development.

    The Perfect Complement to 2D Training: While 2D formats provide essential knowledge about procedures and checklists where users can understand not just how to perform tasks but also why they are done in a specific manner, our VR capability takes learning to the next level. It's the perfect complement to traditional training, adding depth and practical application to theoretical knowledge.

    Step into a Super Realistic Environment: Immerse yourself in a super realistic VR environment. Our VR technology allows users to practice the walk around procedure with an unprecedented level of realism.

    Learn and Practice Like Never Before: With VR, users don't just learn about the walk around procedures; they actively practice and refine their skills in a dynamic and interactive virtual space. This hands-on approach accelerates the learning curve, ensuring that aircraft engineers develop the muscle memory needed to perform tasks with precision and confidence.

    Computer Based Training (CBT)

    Contains a CBT of the aircraft, with summary information of the exterior components of the aircraft. There are “curiosity buttons” (red buttons) distributed around the aircraft next to components, probes, doors, etc.
    By clicking on them, a page will open with the explanation of the function of that specific equipment.  

    In conventional CBT, aircraft engineers study the external configuration of the aircraft, but this external training is not continuous: only some characteristics of the exterior of the aircraft are shown during the study of a specific system.      

    For example, if you have any questions about a certain component of the aircraft's exterior, you can easily use the simulator and go to that specific location and press a curiosity button. By pressing it, a page will open where the function of that component is described, rather than having to search the various systems through all the aircraft manuals until you find the item you are looking for.

    The CBT covers the following aircraft systems:

    Aircraft general

    - General
    - Cockpit
    - Fuselage
    - Cargo compartments

    Air conditioning

    Air conditioning:

    - General
    - Air conditioning Pack
    - Fuselage
    - Zone temperature regulation

    - General
    - Lavatory and Galleys
    - Avionics compartment
    - Cargo compartments

    Ventilation:

    - General

    Pressurization :

    APU

    - General
    - Power unit
    - APU systems

    Cabin presentation

    - General
    - Controls and indicating

    Doors

    - Passenger doors
    - Emergency doors
    - Cargo doors
    - Miscellaneous doors

    Electrical power

    - General
    - AC normal generation
    -  AC emergency generation
    - Inverters
    - DC normal generation

    Oxygen

    - Cockpit crew oxygen system
    - Cabin oxygen system
    -  Portable oxygen system

    Fire protection

    - General
    - Engine fire protection
    - APU fire protection
    - Others fire protection

    Flight controls

    - General
    - Control (pitch, roll and yaw)
    - High lift (flaps and slats)

    Fuel

    - General
    - Tanks
    -  APU feed
    - Pumps

    Ice and rain

    - Slats and engines
    - Rain removal
    - Ice detection
    - Probes, windows and masts

    Landing gear

    - General
    - Main landing gear
    - Nose landing gear

    Lights

    - Cockpit lights
    - Emergency lighting
    - Exterior lights
    - Signs

    Navigation

    - ADIRS
    - Landing and taxiing aids
    - Independent position system
    - Dependent position system

    Engine (LEAP 1-A, PW1100, CFM56 and IAE V2500)

    - General
    - Compressor module
    - Combustion section
    - Turbine section
    - Gearbox
    - Engine systems

    Pneumatic

    - General
    - Engine bleed
    - APU bleed
    - Ground

    Recorders

    - FDR
    - CVR

    Hydraulics

    - General
    - System description
    - Pumps

    Ventilation

    - General
    - Lavatory and galleys
    - Avionics compartment
    - Cargo compartments

    Water and waste

    - Description

    Communications

    - General
    - Internal communications
    - External communications

    All systems 

    The CBT covers the following aircraft systems:

    • Aircraft general

    - Aircraft general
    - Cockpit
    - Fuselage
    - Cargo compartments

    • Air conditioning

    Air conditioning:

    - General
    - Air conditioning Pack
    - Fuselage
    - Zone temperature regulation

    Pressurization:

    - General

    Ventilatio:

    - General
    - Lavatory and Galleys
    - Avionics compartment
    - Cargo compartments


    • APU

    - General
    - Power unit
    - APU systems

    • Cabin presentation

    - General
    - Controls and indicating

    • Doors

    - Passenger doors
    - Emergency doors
    - Cargo doors
    - Miscellaneous doors

    • Electrical power

    - General
    - AC normal generation
    - AC emergency generation
    - Inverters
    - DC normal generation

    • Oxygen

    - Cockpit crew oxygen system
    - Cabin oxygen system
    - AC emergency generation
    - Portable oxygen system

    • Fire protection

    - General
    - Engine fire protection
    - APU fire protection
    - Others fire protection

    • Flight controls

    - General
    - Control (pitch, roll and yaw)
    - High lift (flaps and slats)

    • Fuel

    - General
    - Tanks
    - APU feed
    - Pumps

    • Ice and rain

    - Slats and engines
    - Rain removal
    - Ice detection
    - Probes, windows and masts

    • Landing gear

    - General
    - Main landing gear
    - Nose landing gear

    • Lights

    - Cockpit lights
    - Emergency lighting
    - Exterior lights
    - Signs

    • Navigation

    - ADIRS
    - Landing and taxiing aids
    - Independent position system
    - Dependent position system

    • Engine (LEAP 1-A, PW1100, CFM56 and IAE V2500)

    - General
    - Compressor module
    - Combustion section
    - Turbine section
    - Gearbox
    - Engine systems

    • Pneumatic

    - General
    - Engine bleed
    - Combustion section
    - Ground

    • Recorders

    - FDR
    - CVR

    • Hydraulics

    - General
    - System description
    - Pumps

    • Ventilation

    - General
    - Lavatory and galleys
    - Avionics compartment
    - Cargo compartments

    • Water and waste

    - Description

    • Communications

    - General
    - Internal communications
    - External communications

    CBT pages examples

    The example below shows the red button interaction of the LEAP 1-A engine. With the engine cowls off, when pressed on the “Combustion Section” red button (left image) the Combustion Section CBT page related to that engine opens (right image). 

    Engine without cowls – curiosity buttons 

    CBT page example (LEAP 1-A Combustion Section)   

    We create the future

    The A320 SGP is designed for airlines, ATOs, MROs and self-learning pilots and aircraft engineers that operate or are about to start operating the A320 family.

     This software can be used: 

    Classroom Support

    How difficult is it to have a real A320 in the classroom? The A320 SGP avoids unnecessary immobilization of an actual aircraft.

    Teaching and studying an airplane has never been so easy and entertaining as before!       

    Forget the traditional teaching methods and the google search about a specific aircraft’s exterior spot in the middle of the class.          

    Traditional teaching methods 

    Improved teaching methods 

    The teacher can show the aircraft exterior and all of its components location to their students in a tridimensional real time environment on the classroom, as well as its explanation (CBT), involving the students in a way that no video or PDF can.  

    The ideal teaching method using the The A320 SGP is in a classroom where all students can have their own computer with our software installed, as they all can follow the teacher's rhythm, hence being involved in the best possible way. 

    last chance

    15%

    off

    With coupon PA0521

    buy now

    Developed to be accessible for all aircraft engineers, this is the last chance to enjoy the 15% off.

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