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VR trainers

VR simulators are used to practice skills in high-risk professions. User errors in VR do not pose risks to life or damage valuable equipment.

VR is widely used for training surgeons, pilots, auto mechanics, military personnel, and other specialists who require safe skill development. The cost of errors in VR is minimal.

One of the advantages of VR simulators is their affordability compared to real equipment. Imagine the expenses for equipment and fuel when training submariners or pilots in field conditions.

Tasks solved by VR simulators:

Replicate work environments and real equipment.

Train people without risking their lives, equipment, or surroundings.

Automate and scale personnel selection and qualification.

Reduce the cost and duration of training.

Minimize errors, failures, and injuries.

Improve the efficiency of technological operations.

VR simulators are used in various industries, including:

Medicine: Training surgeons, medical professionals, and students in medical institutions.

Aviation: Aerobatic training, pilot training, and engineering training.

Military: Military training, tactical skills training, and decision-making exercises.

Education: Teaching students in various fields such as history, archaeology, and architecture.

Sports and fitness: Training to improve technique and create a sports-entertainment atmosphere.

Architecture and design: Creating and interacting with virtual models and prototypes.

Examples:

Aviar flight engineer training

X-ray training with GE Healthcare

Maintenance of petrochemical facilities

DHL operator training

Bridge crane operation training

VR simulator: work on the production floor

Electrical technician training

VR simulator: safety in metallurgy

Shell safety procedures training

Fire safety training

Aviar flight attendant training

Surgical technique training

Toyota component identification

Lincoln Electric welder simulator

Special forces training

VR simulator: work in metallurgy

ZEISS microscope maintenance

Medical practice in groups

Aircraft boarding ramp deployment

Bottle production simulator

Nursing simulator

Electrical technician simulator

Cardiopulmonary resuscitation (CPR) training

Safety techniques simulator

Tower crane operation training

Parachute jumping simulator

VR simulator: boat safety

VR simulator: production maintenance

Lets discuss project?

Tell us about your needs and how we can help

Let's get acquainted

Versus Games studio develops interactive applications for business and video games. We solve the most non-standard tasks of our clients.

Stack — C#, C++, Python, Qt, .Net, Unity and Unreal.

Platforms — PC, VR and smartphones.

Our goal is your success

Interactive solutions allow you to achieve any KPI: increase sales, brand awareness and company status; reduce training and hiring costs; improve work efficiency and safety.

10 yrsin software and video game development

> 50projects with our participation

> 20areas of application

5 regionsworldwide experience

How much does it cost?

Versus Games studio creates VR solutions for any task, from unique to universal, so pricing is individual.
The cost is calculated according to the terms of reference. Our approximate prices are:

Pilot

From $ 7 000

Simple solution

You are probably trying VR/MR for the first time. You need a simple or pilot product. The budget is very limited. You have an idea that needs a test prototype. Your industry doesn't use VR/MR yet and you want to be early bird.

Standart

From $ 15 000

Extended product

You understand how the product should work. You have ready-made requirements for features and functionality. There are references or examples that can be used. Probably you need to port your solution from another platform to VR/AR.

Advanced

From $ 25 000

Advanced system

You are familiar with VR/AR and know what you need. You may need to associate VR/AR with a specific SaaS or local infrastructure. The project involves technical complexity or a lot of work, or you want something unimaginable.

Production Conditions:

Specialized computer software, such as the Adobe product line and the Unity Engine game engine, is used to create virtual 3D models and photorealistic locations.

Before starting the work, the team studies the client’s industry and gains a thorough understanding of the key aspects before proceeding with production.

The work begins with the formation of a technical specification and commences after its approval, signing of the contract, and payment of the deposit.

Development time: from four weeks.

Can't make a choice?

Leave a contacts — and we will help you!

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