AIVR A320 SOPs Trainer

Built on standard A320 SOP workflows, AIVR combines virtual reality simulation with structured instruction. When paired with the dedicated VR training seat, it supports immersive, repeatable procedure training for flight organizations.

AIVR A320 SOPs Trainer

Core Features

Software for onboarding, interaction, training and assessment, and performance management

Onboarding Module

Orientation to VR operation, controller inputs, locomotion, rotation, gaze interaction, magnifier use, and wrist-menu navigation.

Structured Interaction

Trigger-based interaction, grip for view adjustment, checklist access, joystick movement, and wrist-menu system controls.

Training & Assessment Modes

Training mode with highlights, arrows, and step guidance; assessment mode without hints for competency evaluation; configurable error tracking; and a virtual training assistant for guided instruction.

Role Assignment

Captain and First Officer roles, and PM and PF assignments, can be changed during a session.

Performance & Data Management

Automated evaluation reports; session time, score, and error metrics; cloud-synchronized training logs; and LMS integration for performance review.

Session Controls

Return to lobby, exit application, guidance toggle, microphone control, role switching, and current lesson display.

Demo videos

Newbie Guide

Click play to watch on YouTube

Companion Hardware

VR aviation training seat for A320 SOP training

AIVR VR aviation training seat — EnterpriseEnterprise
AIVR VR aviation training seat — PersonalPersonal

Common limitations addressed by the companion training seat:

Standing VR limits long procedures

Extended tasks such as the exterior walk-around are difficult to sustain comfortably in standing VR.

Seated VR restricts movement

Turning and repositioning with hand controllers reduces immersion during exterior inspection tasks.

Complex classroom deployment

Wearable setup and device management can slow rollout across multi-seat training environments.

Foot-controlled locomotion

Pedal input moves the trainee forward, backward, and laterally, keeping both hands available during exterior walk-around tasks.

Ergonomic seated operation

Aviation-style seating with 360° rotation supports longer sessions and reduces fatigue associated with standing VR.

Operational efficiency

Seated, hands-free movement supports repeatable procedure practice in classroom and training-center deployments.

Scalable installation

Integrated hardware without external tracking supports efficient deployment in academies and vocational programs.

Combined hardware and software support efficient, seated A320 SOP training aligned with operational procedure practice.

Product Advantages

  • Integrated software and dedicated VR training seat with foot-controlled movement for procedure-focused interaction.
  • High-fidelity A320 cockpit representation for immersive procedure practice.
  • Structured A320 SOP curriculum designed for standardized instruction and assessment.
  • Repeatable, cost-effective procedure training that complements full-flight simulator time.
  • Integrated workflow from instruction through assessment, scoring, and record keeping.
  • Support for Pico standalone VR headsets and selected PC-tethered VR platforms.

Platform & deployment

Software platformPico standalone VR (primary)
Companion hardwareAIVR VR aviation training seat
DeploymentOn-premises or cloud-connected
Aircraft roadmapB737, A330, A350, and additional types

Frequently Asked Questions

Aircraft support, platform compatibility, operating modes, and deployment.

The A320 is supported today. Additional types—including the B737, A330, A350, and B747—are on the product roadmap.

More questions? Contact us.