FlyArchixecture VRFurniture: Complete Setup And Configuration Guide For Designers (2026)

FlyArchixecture VRFurniture: Complete Setup And Configuration Guide for Designers (2026)

FlyArchixecture VRFurniture app configuration helps designers run VR furniture previews. This guide lists system needs, account steps, install actions, project setup, model import, material use, VR controls, and export tips. It gives clear steps. It avoids vague terms. It keeps instructions direct and actionable.

System Requirements, Account Setup, And Initial App Install

System requirements

FlyArchixecture VRFurniture design app configuration requires a modern PC or Mac and a supported VR headset. The app needs a four-core CPU, 16 GB RAM, a dedicated GPU with 6 GB VRAM, and 50 GB free disk space. The app supports Windows 11 and macOS 12 or later. The app lists headset support on its download page.

Account setup

The designer creates an account on the FlyArchixecture portal. The designer verifies email and selects a subscription plan. The designer links a company profile and assigns roles for team members. The designer enables two-factor authentication for safety.

Initial app install

The designer downloads the installer from the portal. The installer checks system specs and notifies about missing drivers. The installer places the app in the Applications or Program Files folder. The designer launches the app and signs in with portal credentials. The app checks for a license and prompts for activation. The designer updates GPU drivers if the app flags performance issues.

First-run checks

On first run, the app runs a hardware test and a VR headset test. The app confirms controller mapping and room boundaries. The app offers a quick tutorial scene to test hand interactions and scale. The designer completes the tutorial to ensure tracking and input work.

Project Configuration: Creating And Importing Models, Materials, And Libraries

Create a new project

The designer opens the app and selects New Project. The app asks for project name, unit system, and target platform. The designer sets units to match the CAD source. The designer chooses a default camera and lighting preset.

Import models

The designer imports models using FBX, OBJ, or GLTF. The app lists supported formats in the import dialog. The designer drags files into the project or uses Import > Files. The app validates mesh scale and normals. The app reports missing textures and suggests remapping.

Optimize geometry

The designer uses the app’s mesh optimizer to reduce polygon count. The app creates LODs automatically. The designer reviews LOD thresholds and accepts or adjusts them. The app warns if meshes exceed the real-time limit and suggests decimation settings.

Set materials

The designer opens the Material Editor and assigns PBR maps. The app supports Albedo, Roughness, Metallic, Normal, and AO maps. The designer imports texture maps and sets tiling and UV scale. The app previews materials in a sample room and shows real-time lighting response.

Create libraries

The designer saves grouped assets to the project library. The app tags assets with category, style, and manufacturer. The designer enables version control for library assets. The app syncs libraries to cloud storage for team access.

Asset linking

The designer links external CAD files for live updates. The app watches the source file and updates the scene when the file changes. The designer confirms update behavior and rollback options.

VR Interaction, Performance Tuning, And Exporting Your Furniture Designs

VR interaction setup

The designer selects VR mode and calibrates the headset. The app maps controller buttons to grab, rotate, and place actions. The designer configures snap grid and precision mode. The app supports hand tracking and gesture input when the headset offers that feature.

Scene interaction

The designer uses direct manipulation to move furniture in the scene. The app locks scale by default to preserve real-world dimensions. The designer enables temporary free-scale for concept review. The app records scene annotations and voice notes for client feedback.

Performance tuning

The designer opens the Performance panel and reviews frame rate and GPU load. The app displays draw calls, memory use, and shader cost. The designer lowers shadow resolution or reduces texture size to improve frame rate. The app offers a quality slider that adjusts post-process effects and reflection detail.

Lighting and probes

The designer bakes light probes for static scenes. The app mixes real-time lights with baked probes. The designer uses probe density settings to balance quality and memory. The app warns when baked data exceeds the device memory limit.

Testing on devices

The designer exports a test build for the target headset. The app packages a runtime or creates a cloud preview link. The designer installs the build on the headset or shares the link with clients. The app logs runtime errors during testing.

Export options

The designer exports final assets as GLTF for web use or as FBX for other workflows. The app includes textures, LODs, and collision meshes in the export. The designer selects use-case presets to match AR, VR, or photoreal renders. The app compresses textures when the designer enables the mobile preset.

Collaboration and handoff

The designer publishes the project to the FlyArchixecture cloud for review. The app generates a share link and sets access controls. The designer assigns comments and task items to team members. The app tracks versions and timestamps for each publish.