We have developed a VR solution that allows you to study different elevator models and customize their design before launching into production.
For an elevator manufacturer, it is important to show the future product before it is physically manufactured. The VR application allows the user to explore different types of elevators, evaluate their appearance and change design elements in an interactive virtual environment.
An elevator manufacturing company that needs to demonstrate various models and design options for a future product in advance.
Provide the opportunity to explore and evaluate different elevator options prior to production without the need to create a physical sample of each design.
We created a VR tour with several types of elevators, implemented an interactive UI menu for changing the design, and prepared realistic 3D models with high-quality visual display.
The user can see the future elevator in advance, explore different options and change its design directly inside the VR environment.
Tell us about the project — we will break down the task and propose an implementation approach.
The project included creating 3D elevator models, developing a VR environment, setting up a custom menu, realistic rendering, and preparing a solution for HTC Vive Cosmos.
A key scenario has been identified: the client needs to evaluate the model and design of the elevator before the product is put into production.
The application logic was built around choosing the type of elevator, virtual inspection and changing the available design parameters through the UI menu.
We designed the virtual environment so that the user could sequentially select an elevator option, inspect it and proceed to customize the appearance.
The VR application was developed in Unreal Engine 5, and the 3D content was prepared in Blender. The target device was HTC Vive Cosmos.
Through the UI menu, the user changes the available design parameters and immediately sees the changes in VR.
We will analyse the functionality and build a clear interface structure.
The VR solution made it possible to transfer the elevator preview into an interactive environment and show the future product even before its production.
The future elevator can be studied even before physical production.
The user can explore different models within one VR application.
The design can be changed through the built-in menu without creating a new physical sample.
High-quality rendering enhances the effect of presence and helps to better perceive the future product.
Defining goals, studying the audience, forming requirements and setting tasks. This helps to understand what the business needs and what results are expected.
Creating the solution architecture, thinking through user scenarios, interfaces and logic. At this stage the 'framework' of the future product is formed.
Programming the server and client parts, connecting databases, integrating with external services. This is where the idea turns into a working product.
Checking functionality, performance, compatibility and security. Fixing bugs before the product reaches users.
Deploying the product (for example, publishing in stores or launching on servers), configuring the environment and starting marketing or internal processes.
Updating functionality, adapting to new business tasks, fixing bugs and keeping the product up-to-date.
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We will propose a suitable structure and prepare the first sketch of your future project — with no obligation to start development.
You get a visual concept you can discuss with your team.
He will review your project and business objective, prepare recommendations and the first sketch.
An honest conclusion.If the solution can be improved without a full rebuild, we will tell you so.