Skip to main content

Navigating the realm of 3D models in real time can be challenging, especially when blending virtual and augmented reality. Virtual reality development software translates your ideas into immersive experiences. With it, you'll unlock the potential to engage audiences in unprecedented ways while eliminating the hurdles of crafting complex VR and AR interactions. I've been there, understood the intricacies, and now I'm here to guide you. Trust me, diving into these tools is the solution you've been searching for.

What Is Virtual Reality Development Software?

Virtual reality development software provides tools for creators to design, develop, and deploy immersive digital environments. Primarily used by game developers, educators, and industries keen on simulations or training programs, it enables the creation of interactive 3D models and experiences. These platforms cater to various applications, from gaming and entertainment to professional training and therapeutic practices, bridging the gap between reality and the digital world.

Best Virtual Reality Development Software Summary

Tools Price
Google Scale Pricing upon request.
OpenSpace 3D Pricing upon request.
SynergyXR Pricing upon request.
Chetu Pricing upon request
Uptale Pricing upon request.
InstaVR From $199/user/month
VR Builder Pricing upon request.
Volograms Pricing upon request.
A-Frame Open source project and available for free
StellarX Pricing upon request.
Compare Software Specs Side by Side

Compare Software Specs Side by Side

Use our comparison chart to review and evaluate software specs side-by-side.

Compare Software

Best Virtual Reality Development Software Reviews

Best for geographic data visualization

  • Pricing upon request.

Google Scale is an advanced tool designed to render geographic data with high precision and clarity. Tailored for users who need to visualize geographical datasets with high quality, this tool aligns perfectly with demands for superior geographic data visualization.

Why I Picked Google Scale: In the vast realm of data visualization tools, I found myself gravitating towards Google Scale. Its distinguishing ability to present geographic data with unmatched clarity set it apart in my comparisons. My judgment and opinions converged on this tool primarily due to its expertise in displaying data in a geographical context. I am convinced that it stands as the prime choice for those who prioritize quality in geographic visualization.

Standout features & integrations:

Google Scale boasts impeccable prototyping capabilities, allowing users to quickly mock-up and iterate on their visualizations. The inclusion of robust software development kits empowers developers to tailor the tool to their specific needs. Furthermore, its integration capabilities ensure that users can incorporate various datasets into their visual projects.

Pros and cons

Pros:

  • Comprehensive software development kits for customization
  • Advanced prototyping tools for quick visualization drafts
  • High-quality geographic data rendering

Cons:

  • Pricing structure can be ambiguous for some users
  • Requires familiarity with Google's ecosystem for optimal use
  • Might be overkill for simple visualization needs

Best for multi-platform VR deployment

  • Pricing upon request.

OpenSpace 3D is a versatile tool that empowers developers to create interactive 3D environments and deploy them across a multitude of platforms. Its strength lies in facilitating VR projects that need to be accessible on various systems, justifying its prowess for multi-platform deployment.

Why I Picked OpenSpace 3D: While evaluating different tools, OpenSpace 3D struck me as particularly adept in providing solutions for diverse platform deployments. Its capacity to bridge the gap between different systems was evident, and I was compelled to select it. In a landscape teeming with VR tools, OpenSpace 3D's ability to cater to multi-platform needs stands out. Consequently, I chose it as the go-to option for developers aiming to deploy across various platforms.

Standout features & integrations:

OpenSpace 3D comes equipped with a powerful game engine that allows intricate design of 3D environments. It also offers smooth integration with Blender, making the process of 3D modeling and animation more efficient. Moreover, its compatibility with Windows ensures that users have a familiar platform to work on, while also catering to other operating systems.

Pros and cons

Pros:

  • Strong support for Windows and other platforms
  • Smooth integration with Blender
  • Comprehensive game engine for 3D design

Cons:

  • Requires manual tweaks for certain platform deployments
  • Absence of some advanced features found in specialized tools
  • Might pose a learning curve for beginners

Best for collaborative VR experiences

  • Pricing upon request.

SynergyXR is a powerful virtual reality development software that allows users to create and experience immersive 3D models in real time. It specializes in fostering collaboration, making it an excellent choice for teams wanting to work together within VR environments.

Why I Picked SynergyXR: I chose SynergyXR after carefully comparing its features against other contenders in the VR landscape. What makes it stand out is its emphasis on collaboration, providing functionalities that foster teamwork in a virtual realm. This collaborative emphasis makes it the tool I believe is best for enhancing group interactions within VR.

Standout features & integrations:

SynergyXR offers robust functionalities that support both individual and team projects, including multi-user workshops and interactive 3D presentations. Additionally, while it isn't entirely open source, it offers a high degree of customization to users. In terms of integrations, SynergyXR can be paired with a broad range of VR headsets, ensuring compatibility and ease of access for diverse teams.

Pros and cons

Pros:

  • Customizable, albeit not fully open source
  • Compatibility with various VR headsets
  • Robust collaborative functionalities

Cons:

  • Pricing transparency is limited, requiring direct inquiry.
  • May require a learning curve for beginners
  • Lacks a fully open source option

Best for custom VR software solutions

  • Free consultation available
  • Pricing upon request

Chetu delivers tailor-made VR software solutions, allowing businesses to leverage VR technology according to their unique requirements. Given its customization-centric approach, Chetu is an adept platform for those seeking VR software tailored to specific operational needs.

Why I Picked Chetu: In the process of selecting a platform for custom VR software, Chetu's offerings distinctly stood out. What mainly swayed my opinion in its favor is the tool's emphasis on crafting VR solutions that align with a business's unique vision and objectives. This focus and their expertise made it evident to me that Chetu is the best for custom VR solutions.

Standout features & integrations:

Chetu's platform boasts a robust visual scripting feature, enabling intricate VR designs without in-depth coding knowledge. This flexibility means companies can achieve detailed and intricate VR experiences. Moreover, Chetu integrates effectively with popular VR platforms, including PlayStation VR, enhancing the reach and versatility of its software.

Pros and cons

Pros:

  • Notable integrations with major VR platforms such as PlayStation VR
  • Comprehensive visual scripting feature facilitating design without extensive coding
  • Customizable VR solutions catered to unique business requirements

Cons:

  • Might be overkill for businesses seeking simple, off-the-shelf VR solutions.
  • Absence of standardized pricing can make budgeting difficult for some firms
  • May require a longer setup process due to customization

Best for immersive learning experiences

  • Pricing upon request.

Uptale is a platform dedicated to creating and sharing immersive and interactive VR and mixed reality experiences tailored to enhance learning. The tool's commitment to building captivating learning scenarios aligns impeccably with its distinction for immersive educational experiences.

Why I Picked Uptale: In the course of comparing and selecting tools, Uptale resonated deeply due to its specialized focus on education. While many tools provide broad VR functionalities, Uptale's distinct advantage lies in its educational immersion. I chose it specifically for its commitment to enriching learning through the power of VR, making it the prime choice for immersive learning experiences.

Standout features & integrations:

Uptale boasts a robust scripting engine, allowing creators to design unique learning pathways and narratives. The platform's compatibility with Maya also ensures detailed 3D modeling and animations can be integrated into the learning modules. Furthermore, Uptale offers integrations that make it simpler to publish and distribute the VR app across various platforms.

Pros and cons

Pros:

  • Extensive integration with Maya for enhanced 3D modeling
  • Scripting capabilities for customized learning paths
  • Robust focus on educational immersion

Cons:

  • Reliance on third-party tools for advanced 3D modeling
  • Limited features outside the educational niche
  • Learning curve for beginners

Best for quick VR content generation

  • From $199/user/month

InstaVR is a platform designed to empower creators to produce VR content swiftly and efficiently. By focusing on ease-of-use, it becomes an ideal solution for those looking to generate immersive 3D content without enduring lengthy processes.

Why I Picked InstaVR: In my journey of selecting the right tools, InstaVR resonated with me due to its commitment to streamlining the VR creation process. Comparing and judging various tools, I formed an opinion that this platform offers a unique blend of simplicity and capability. Its emphasis on rapid content generation is why I find it best for those who prioritize speed in their AR/VR projects.

Standout features & integrations:

InstaVR boasts a user-friendly interface that enables swift creation of virtual reality experiences. Its compatibility with 3ds Max ensures detailed 3D content designs can be integrated. Furthermore, its focus on industries like automotive showcases its capability to produce high-quality virtual renditions for specialized sectors.

Pros and cons

Pros:

  • Specialized features catering to sectors like automotive
  • Integration with 3ds Max allowing detailed 3D designs
  • Rapid content generation for AR/VR projects

Cons:

  • Limited features compared to more comprehensive platforms
  • Lack of clear pricing information can deter some users
  • Might not cater to very advanced VR projects

Best for Unity-based VR development

  • Pricing upon request.

VR Builder is an invaluable tool designed to streamline the VR development process within Unity. Tailored specifically for Unity enthusiasts, it brings an edge to the VR creation process, fitting perfectly with the platform's workflow.

Why I Picked VR Builder: Selecting the right tools often requires comparing various functionalities and considering individual strengths. From my assessment, VR Builder stood out due to its impeccable alignment with Unity. The tool provides a distinct advantage, especially for those venturing into Unity-based VR development, and it's the top pick for this niche.

Standout features & integrations:

With VR Builder, users can craft intricate 3D animation sequences without diving deep into code. It supports a comprehensive API, facilitating deeper customizations and extensions. Moreover, the tool boasts tight integrations for both Android and iOS platforms, ensuring VR creations can reach a wider audience.

Pros and cons

Pros:

  • Strong API for advanced customizations
  • Comprehensive 3D animation capabilities
  • Tailored for Unity integration

Cons:

  • Documentation could be more expansive
  • Limited support for non-mobile platforms
  • Might be challenging for non-Unity developers

Best for creating real people holograms

  • Pricing upon request.

Volograms offers a pioneering approach to crafting lifelike holograms, replicating real people with an astonishing degree of accuracy. In a virtual world where immersion is paramount, this tool emerges as a key player for those wanting to integrate real human figures into a virtual environment.

Why I Picked Volograms: While diving into various virtual reality software, I chose Volograms for its distinct ability to capture and portray real human presence. After judging, comparing, and forming opinions on multiple platforms, it became evident that Volograms stood apart in its capability to meld the tangible with the virtual. For projects requiring the inclusion of authentic human holograms, I believe Volograms is the premier choice.

Standout features & integrations:

Volograms excels in generating high-fidelity reproductions of individuals, ensuring a realistic experience in any virtual reality environment. The tool incorporates advanced scanning techniques, capturing every nuance to represent human subjects with precision. Additionally, Volograms offers integrations with major virtual reality platforms, allowing for a broader deployment of the crafted holograms.

Pros and cons

Pros:

  • Broad integration with prominent virtual reality platforms
  • Advanced scanning methodologies to capture minute details
  • Exceptional reproduction of real people for virtual environments

Cons:

  • Pricing clarity could be improved for potential users
  • The focus on human figures might limit its application for some projects
  • May have a learning curve for new users

Best for web-based VR projects

  • Free
  • Open source project and available for free

A-Frame is an open-source platform developed specifically for building virtual reality experiences directly within web browsers. By harnessing the power of web technologies, it offers creators a foundation to craft immersive VR scenes accessible through the web.

Why I Picked A-Frame: When determining the best tools for VR, A-Frame captured my attention because of its focus on web-based deployment. After judging and comparing various tools, it became clear that A-Frame offers a distinct approach to VR, allowing projects to live on the web. Given this unique positioning, I believe it's best for web-based VR endeavors.

Standout features & integrations:

A-Frame stands out with its rich set of templates that speed up the creation process of VR scenes. Its extensibility through plugins allows developers to expand its functionalities based on project requirements. Moreover, its capacity to simulate real world scenarios in a web environment is commendable.

Pros and cons

Pros:

  • Expandability with a variety of plugins
  • Robust collection of templates to jumpstart VR scene creation
  • Web-first approach makes VR experiences universally accessible

Cons:

  • More intricate projects might require additional tools or platforms.
  • Open-source nature means less centralized support
  • Might require web development knowledge for full utilization

Best for hands-on VR content creation

  • Pricing upon request.

StellarX equips users with an intuitive platform tailored for crafting virtual realities. Its approach caters to those desiring a hands-on experience, making the VR content creation process accessible and effective.

Why I Picked StellarX: When determining the best platforms, StellarX emerged distinctively, thanks to its unique interface and rich toolkit. It wasn't just about selecting a tool; it was about judging the efficacy of its features. I believe StellarX excels at providing a tactile experience, making it the prime choice for those who wish to be deeply involved in VR content creation.

Standout features & integrations:

StellarX boasts an array of potent features like its robust SDK which facilitates the creation of tailor-made VR applications. Furthermore, it integrates well with platforms like Unreal Engine, expanding the possibilities for developers. These integrations enhance its versatility and ensure compatibility with a wider range of development environments.

Pros and cons

Pros:

  • User-friendly interface for hands-on development
  • Integrates with Unreal Engine
  • Rich SDK for custom VR applications

Cons:

  • Limited documentation available online
  • Could be overwhelming for absolute beginners
  • Pricing isn't transparent

Other Noteworthy Virtual Reality Development Software

Below is a list of additional virtual reality development software that I shortlisted, but did not make it to the top 10. Definitely worth checking them out.

  1. Forge

    For interactive 3D web experiences

  2. Build-vr

    For real estate VR visualization

  3. Strivr

    Good for workplace training through VR

  4. Daydream

    Good for immersive mobile VR experiences

  5. Varwin

    Good for creating VR projects without coding

  6. 360° media

    Good for capturing and viewing spherical videos

  7. cognitive3D

    Good for detailed VR analytics and insights

  8. VisualCamp

    Good for attention-based VR analytics

  9. MakeVR Pro

    Good for immersive 3D modeling in VR

  10. Leap Motion

    Good for hand and finger tracking in VR

  11. MARUI-PlugIn

    Good for integrating VR with Autodesk Maya

  12. Masters of Pie

    Good for collaborative VR and AR enterprise solutions

  13. eevo

    Good for interactive 360° video creation

  14. Intel RealSense

    Good for depth sensing and gesture recognition

  15. Cardboard

    Good for affordable and accessible VR experiences

  16. CLDXR

    Good for VR content publishing and distribution

  17. Sketchbox

    Good for rapid VR prototyping and design

Selection Criteria For Choosing Virtual Reality Development Software

When diving into Virtual Reality (VR) software, the sheer volume of options can be overwhelming. Through my extensive research and hands-on experience with these tools, I've identified the best of the lot and established a clear set of criteria that are pivotal in selecting the right VR software. I've tested and evaluated dozens of VR tools, focusing on usability, core functionalities, and standout features. Below are the key criteria I used to make my judgments:

Core Functionality:

  • Immersive experience: The software should immerse users effectively, giving a genuine sense of presence within the virtual environment.
  • Compatibility: The tool should support various VR hardware, from simple cardboard setups to advanced VR headsets.
  • Scalability: As VR projects grow, the software should be capable of handling increased complexity without performance issues.
  • Real-time interactivity: Users should be able to interact with the environment or objects within the VR space in real-time.

Key Features:

  • Tracking Capabilities: This enables the software to detect and track the user's movements, translating them into the virtual space for an interactive experience.
  • Environmental Design: Allows for the creation, editing, and customization of the virtual environment, tailoring it to specific needs or narratives.
  • Multi-user Collaboration: Facilitates multiple users collaborating in a shared VR space, ideal for team projects or interactive experiences.
  • Integration with Other Software: Integration capabilities with other software tools, be it for design, analytics, or further functionality enhancements.
  • Custom Scripting: The ability to add custom scripts, allowing for a more tailored and enhanced user experience.

Usability:

  • Intuitive Interface: A clear and intuitive interface is crucial for VR software. Users should be able to navigate the tools and settings without extensive tutorials easily.
  • Quick Onboarding: Given the complex nature of VR, the software should provide efficient onboarding processes. This includes guided tours, step-by-step setups, or beginner-friendly design templates.
  • Responsive Customer Support: Given the nascent stage of VR technology, issues can arise. The software provider should offer prompt and efficient customer support to address any concerns.
  • Adaptive Design Tools: For a VR platform, the design interface should allow users to quickly modify or adapt their VR environments, whether through drag-and-drop capabilities or easy-to-use editing tools.

The world of VR is expansive, and the right tool can make all the difference. By focusing on these key criteria, you can select a VR software solution that meets your needs and enhances your virtual experiences.

Most Common Questions Regarding Virtual Reality Development Software (FAQs)

What are the benefits of using a VR software development tool?

Using a VR software development tool offers numerous advantages:

  1. Immersive Experience: They allow developers to create highly immersive environments that can engage users in ways traditional media can’t.
  2. Versatility: These tools cater to a broad range of applications from gaming to professional training simulations.
  3. Interactivity: Users can engage with the virtual environment, making experiences more interactive and memorable.
  4. Rapid Prototyping: Developers can quickly design and test prototypes, ensuring optimal user experiences.
  5. Integration Capabilities: Many of these tools, like Amazon Sumerian, offer integrations with other software, enhancing functionality and streamlining the development process.

How much do these VR software development tools typically cost?

The pricing for VR software development tools varies widely based on features, capabilities, and the target audience. Some tools are free, especially for personal use or for developers starting out, while enterprise-grade solutions can cost thousands of dollars.

What are the common pricing models for VR software development tools?

There are several pricing models:

  • Freemium: A basic version is free with more advanced features available for a price.
  • Subscription: Monthly or annual fees for access to the software.
  • One-time Purchase: A single payment gives perpetual access to the software.
  • Pay-as-you-go: Pricing based on usage, ideal for cloud-based solutions or platforms with variable user traffic.

What's the typical pricing range for these tools?

Prices can start as low as free for basic versions and up to several thousand dollars for comprehensive enterprise solutions. The exact cost depends on the tool’s capabilities, scalability, and target audience.

Which VR software development tools are considered the cheapest?

Some tools, like Google’s Cardboard, offer very basic functionalities for free. Additionally, platforms like Amazon Sumerian have a free tier with certain limitations.

Are there any high-end, expensive VR software development tools?

Some premium tools cater to large businesses or specialized industries, offering advanced features, analytics, and integration capabilities. These can range in the higher thousands, given their comprehensive offerings.

Are there any free options available for VR software development?

Yes, several tools are free, at least in their basic versions. Amazon Sumerian, for instance, offers a free tier. Google Cardboard’s SDK is also free, allowing developers to create basic VR experiences.

Can I use Python for VR software development?

While Python is a versatile programming language, it’s not the primary choice for VR development. However, libraries and integrations allow Python to be used in certain parts of the VR development process. Still, for core development, languages like C# (used in Unity) or C++ are more common.

Summary

Choosing the best virtual reality development software is pivotal for any organization or individual aiming to leverage the full potential of VR technology. Throughout this guide, we've delved deep into the criteria that matter most, from core functionalities to usability and key features. With a vast landscape of VR tools, understanding these facets can streamline your decision-making process.

Key Takeaways:

  1. Identify Core Needs: The primary step is to understand your unique requirements. Whether for game development, real-time simulations, or training modules, your VR software should cater to your needs.
  2. Consider Usability and Support: A tool might be feature-rich but challenging to navigate. Opt for software that offers an intuitive interface and robust customer support.
  3. Understand Pricing Models: VR development tools come in various pricing models, from subscription-based to one-time fees. Gauge your long-term needs and financial constraints before committing. Remember, the most expensive option isn't always the best for your specific use case.

What Do You Think?

We've covered an array of top virtual reality development tools, each with its own unique strengths and features. However, the VR landscape is constantly evolving, and new tools may emerge that we haven't covered. If you know of any exceptional VR development software that should be on our radar, please don't hesitate to reach out and let us know. Your insights are invaluable in ensuring that this guide remains comprehensive and up-to-date for all our readers.

Paulo Gardini Miguel
By Paulo Gardini Miguel

Paulo is the Director of Technology at the rapidly growing media tech company BWZ. Prior to that, he worked as a Software Engineering Manager and then Head Of Technology at Navegg, Latin America’s largest data marketplace, and as Full Stack Engineer at MapLink, which provides geolocation APIs as a service. Paulo draws insight from years of experience serving as an infrastructure architect, team leader, and product developer in rapidly scaling web environments. He’s driven to share his expertise with other technology leaders to help them build great teams, improve performance, optimize resources, and create foundations for scalability.