Development of VR Applications for Pico for Aviation

Why Aviation Is Moving to VR: Practice Without Risks

Airlines constantly balance between the cost of pilot training and flight safety requirements. Every hour of training on a real aircraft or full-flight simulator means fuel, equipment wear, instructor fees, and limited time on board.

Meanwhile, practicing rare emergency scenarios is the most expensive part, and the risk to people and equipment remains high.

What pilots often lack most is hands-on practice of such scenarios: engine failure, severe weather conditions, abnormal system behavior. In real life, these situations cannot be safely repeated, while classic simulators provide only partial immersion and are not always available.

Crews may go years without encountering extreme cases, and when the moment comes to act instantly, experience falls short. This is exactly where VR for aviation closes the critical gap.

A VR simulator creates full immersion: the pilot sees the instruments, hears the sounds, and performs familiar actions with their hands — just like in a real aircraft.

At the same time, any scenario, from a routine flight to a rare emergency, can be repeated unlimited times, with adjustable difficulty levels and the ability to stop at any point to review mistakes.

Pilot training takes place in a safe environment where one's own error is an opportunity to analyze actions in detail, not a threat to lives. This approach reduces stress and accelerates the development of reliable skills.

In the end, airlines achieve shorter training timelines, significant savings on operating real equipment, and — most importantly — confidence in crew readiness for unusual situations.

We develop such VR solutions on professional Pico hardware, adapting scenarios to the needs of a specific aviation unit — from standard procedures to complex emergency drills.

Risk-free practice has already become a working tool, not an experiment: it improves flight safety and makes pilot training stable and predictable.

What Business Tasks VR/AR/MR Applications Solve

In aviation, the cost of a mistake is especially high: every hour of flight practice requires fuel, serviceable equipment, and experienced instructors.

A VR application moves training into a safe virtual environment — pilots and engineers practice routine and non-routine situations without risk to people or aircraft.

This approach does not replace real flights, but it removes a significant portion of the load from simulators and aircraft.

The main argument for business is savings on training. The same virtual scenario can be repeated an unlimited number of times without consuming resources, renting equipment, or taking up extra instructor time.

Companies reduce personnel training costs by up to 40–60%, and redirect the freed-up funds toward fleet development and other priority tasks.

Training speed also increases: with a VR application, an employee can enter the learning environment at any convenient place and time. Newcomers memorize regulations and checklists faster, while experienced staff maintain skills without disrupting their main schedule.

This is especially important when a team needs to be quickly retrained for a new model or when procedures change.

For engineers and technicians, visual clarity is a unique value. Complex assemblies, hydraulic and electrical systems can be "disassembled" in 3D, showing the internal structure and sequence of operations.

Augmented reality provides fastening points and maintenance procedures right on the workspace — reducing errors and the time spent searching for information.

As a result, a VR application becomes a tool that combines safety, savings, and speed. Airlines, service centers, and educational institutions get a modern training standard that is measurable, repeatable, and quickly pays off.

VR/AR/MR Application Formats for Aviation

Aviation needs formats that solve a specific business problem: accelerate personnel training, reduce training costs, improve flight and maintenance safety. VR, AR, and MR achieve this without being tied to real flight schedules and without risking people or equipment. We match the format to your goal — from a single simulator to a comprehensive training system.

This is not a complete list — we combine formats and scale them to your task, from a one-time simulator to a permanent training system. During a meeting, we will show examples for the aviation industry and calculate the cost based on your goal and training volume.

How We Develop VR/AR Solutions: 6 Turnkey Steps

In developing VR solutions for aviation, the main risk is getting a "black box" instead of a project. When it is unclear what happens between the brief and the final build, timelines suffer, and the result falls short of expectations.

We structure the process differently: at every stage, you see what you are getting, what it costs, and when it will be ready.

We work on a "turnkey" basis — from the first call to delivery of the finished solution and ongoing support. Below are the six steps every project goes through, so that you end up with a tool for your tasks, not an abstract demo.

1. Brief and immersion. We study your task: personnel training, emergency response practice, equipment presentation. We pin down goals, audience, and success criteria so that all sides speak the same language.

2. Concept and plan. We propose a VR/AR usage scenario, select hardware, and define timelines. You receive a document describing the logic and stages — before any money is invested in development.

3. Mockup approval. We show how the interface and interaction will look before the main work begins. At this stage, the client can make changes without extra costs.

4. Solution development. We build the product: virtual scenes, action logic, integration with your materials and systems. We synchronize all stages with you rather than going silent for months.

5. Testing on real hardware. We verify scenarios on the devices you will actually use. We identify and fix errors before launch, not while users are already working with the system.

6. Launch, briefing, and support. We train your team, hand over clear documentation, and stay in touch. If further improvements are needed, you know exactly whom to contact.

The process is structured so that you control the project's progress instead of waiting for a result blindly. Each step ends with a clear deliverable: a document, a mockup, a working version.

This removes the client's main fears — missed deadlines, hidden revisions, and a result that does not match the brief. You get a predictable process and a working tool for aviation tasks.

What Is Included in the Delivery of a VR/AR Solution

When an aviation training center orders a VR simulator, it is important to understand that the result is not just the application itself. The composition of the delivery determines whether you can update lessons, introduce new aircraft types, and train instructors on your own.

We structure the delivery as a closed loop: application, documentation, training, and source materials.

The standard package includes:

• A ready-to-use VR application adapted to pilot and engineering personnel training programs. It is installed and configured for your hardware setup, so training can begin on the day of handover.
• Complete documentation: user guides, maintenance procedures, update instructions, and descriptions of all training scenarios for different employee categories.
• Staff training: instructors, administrators, and technical specialists complete a hands-on course. You get a prepared team that independently manages the system and adapts scenarios to its own needs.
• Source materials and project files: 3D models, simulation settings, and solution architecture documentation. This ensures independence from the contractor and enables future development.
• A usage license and technical support with a fixed response time and scheduled updates. Support is included in the delivery so that you do not have to hunt for developers with every system update.
• Safety briefing and recommendations for organizing workspaces for trainees and instructors, including space requirements and sanitary standards.

Such a package removes the main implementation risks: you are not dependent on a single vendor, you can easily hand over documentation between shifts, and you can show auditors a complete set of procedures.

The delivery becomes a fully-fledged stage of training, not just a technology purchase — and that is the foundation for stable operation of a VR solution in aviation.

Case Study: VR Simulator for Personnel Training

Aviation is an industry where every mistake costs a great deal. Training personnel on real equipment is difficult: there is the risk of breakdowns, a limited number of available aircraft, and long training cycles.

This was exactly the problem solved by the aviation simulator we implemented for a client on Pico hardware.

The client needed to train ground handling specialists and practice emergency situations. Previously, such skills were practiced on training rigs, which took a lot of time and required an instructor to be present.

We moved the key scenarios into a virtual environment: the employee is placed inside a realistic situation, interacts with equipment, and makes decisions — just as in real work.

What Changed

The results showed that VR implementation pays off already with the first training cohort. The time to practice one scenario dropped from an hour to fifteen minutes — the trainee puts on the headset and immediately starts practicing, without waiting for a rig or instructor.

The number of errors during emergency procedures fell by almost half, because in the virtual environment the exercise can be repeated until it becomes automatic, without risk to equipment or people.

Project Expansion

The repeat order deserves special mention. After seeing the metrics, the client expanded the project to other personnel categories: today the simulator is used to train not only ground services but also cabin crew for non-routine situations.

This VR case shows that aviation simulators based on modern hardware are not an experiment but a working tool that delivers measurable value and continues to grow.

Frequently Asked Questions About Implementing VR/AR in an Enterprise

Any company considering VR/AR for the first time encounters the same questions. Timelines, compatibility with current processes, guarantees, and safety are what managers worry about before the project starts. Below are answers to the topics our clients discuss most often.

We work with organizations of different scales — from training centers to aviation enterprises — so we answer not abstractly but based on real implementation experience.

Is it difficult to integrate VR/AR into the company's current processes?

Our job is to ensure that implementation does not stop operations. We analyze your scenarios in advance and select hardware and software that is compatible with your existing infrastructure. You receive a ready-made solution that launches with minimal involvement from your IT department.

What guarantees do you provide?

The guarantee covers the functionality of the solution and the documented training outcome. If something goes wrong, we fix it free of charge within the agreed scope.

After launch, you will have a support channel: a specialist available during working hours and content updates on request.

Is VR/AR safe for employees?

Yes, as long as procedures are followed. We use certified equipment and configure scenarios to avoid overloading the vestibular system. Headset sessions include breaks and time limits — this is specified in the instructions we provide with the project.

Will the economic effect be noticeable?

Employees master skills faster and make fewer mistakes on real equipment. Training consumes no materials, and equipment is not put at risk. As a result, training costs decrease and onsite safety increases — this is visible within the first months of operation.

How to Choose the Right VR/AR Format for Your Task?

Choosing a VR/AR format is not a matter of trends but of the task. For aviation, the difference is fundamental: teaching pilots to act in an emergency and helping engineers service an aircraft faster are completely different scenarios.

That is why we do not sell "just VR" — we match VR to the tasks of a specific department so you do not overpay or waste time on ineffective training.

Full immersion is justified where emergency procedures, cockpit actions, or interaction with onboard systems must be practiced — without risk to people or equipment.

Virtual reality gives the employee a realistic situation, and repeated training on a virtual simulator costs less than on a real one. If the task is accelerated skill development for the crew, VR is your choice.

Augmented reality solves a different problem — it works directly on the real object. An engineer sees highlighted hints and the sequence of operations on an engine or panel without stopping to search for instructions.

This is convenient for maintenance, pre-flight inspections, and quality control: the employee acts here and now rather than recalling procedures from memory.

In practice, the choice comes down to three questions: where the training takes place, how many people need to be trained, and how often the program changes. VR for routine crew training scales more easily: one scenario can be replicated across any number of devices.

For one-time work on specific equipment, AR turns out to be faster and cheaper. We help with format selection in a single meeting — from defining the task to a pilot project.

Not sure which format is right for you? Send us a description of your training or maintenance process — within 2–3 days we will propose two or three options with cost and implementation timeline estimates.

Next Step: Let's Discuss Your Task and Calculate the Cost

We understand that implementing a VR solution in aviation is a significant step. It is important not only to get a demo but also to clearly understand the budget, timelines, and work stages.

That is why we offer a simple path: leave a request on the website — and we will discuss your task, suggest the optimal solution, and prepare a cost estimate.

How our collaboration will work:

• You leave a VR request — briefly describe what the application is needed for: pilot training, a simulator for technical personnel, a virtual aircraft inspection, or a presentation for customers.
• We conduct a free consultation: we clarify goals, user numbers, usage scenarios, and hardware requirements.
• Our specialists select the appropriate format — from a simple simulator to a full corporate training system that takes your procedures into account.
• You receive a transparent cost estimate: a breakdown by stages, timelines, and scope of work. No hidden fees or fine print.
• After agreement, we prepare the contract and launch plan. At every stage, you see intermediate results and can make changes.

Timelines and budget depend on scenario complexity: one or two simulators for standard operations is one range, while a comprehensive system for several aircraft types is another. But in any case, you will get a clear plan and honest numbers.

To find out the cost and timelines, you do not need to prepare a technical specification. Simply describe the task in your own words, and we will take it from there. Leave a request — and at the next step we will discuss how to solve your task with VR.