Understanding Virtual Showrooms: An Overview of Types, Technologies, and Costs
What is a virtual showroom?
A virtual showroom is a digital space where companies can present their products or services without the customer having to be physically present. The experience can be purely visual or interactive, offering the user a completely new way of experiencing products. Virtual showrooms can be accessed via the web, on mobile devices, or with VR headsets, depending on the technical implementation and target audience.
Types of virtual showrooms
360-degree tours with static images
Description: Users can navigate through real-world spaces and view products from different perspectives.
Technologies: Software like 3D Vista and 360-degree cameras like Insta360 or Ricoh Theta.
Use cases: Real estate presentations, hotel tours, showrooms.
Advantages: Cost-effective, quickly implementable, realistic representation.
Disadvantages Limited interactivity, static content.
360-degree tours with video integration
Description: Use of 360-degree videos instead of static images to depict dynamic movements and actions.
Technologies: 360-degree video cameras like GoPro MAX or Insta360 Pro 2, software like 3D Vista or KRpano.
Use cases: Factory tours, Live events, training sessions.
Advantages: More vivid representation, higher immersion.
Disadvantages Larger amounts of data, higher production costs.
Interactive 3D showrooms
Description: Fully digitally modeled environments with high interactivity. Users can move around freely, view products in detail, configure them, and even place orders.
Technologies: 3D modeling programs such as Blender or Autodesk Maya in combination with game engines like Unity or Unreal Engine.
Use cases: Product demonstrations, virtual trade fairs.
Advantages: High interactivity, individual customization.
Disadvantages Higher development effort, longer project times.
Cost factors for interactive 3D showrooms: The costs are directly related to the number and level of detail of the exhibits shown. The more products that are to be presented and the more detailed their representation, the higher the effort required to create the 3D models and program the interactions. If digital data such as CAD models already exists, this can significantly reduce production time and costs.
Virtual Reality (VR) Showrooms
Description: VR showrooms offer the highest form of immersion because the user wears a headset and is completely immersed in the virtual environment. Products can be presented in true-to-life scale, and the user has the feeling of actually moving around in the space.
Emotion and Immersion: A virtual tour Using VR goggles generates significantly more emotion and immersion than viewing on a flat screen. Users experience the feeling of actually being on site, which can significantly strengthen the emotional connection to the product or brand.
Technologies: VR headsets like the Meta Quest, HTC Vive or PICO. Development is often done with Unity or the Unreal Engine.
Use cases: More intensive product presentations, simulations, immersive training.
Advantages:
- Maximum immersion: Deep experience that appeals to all senses.
- Unique user experience: Differentiation from competitors through innovative presentation formats.
- Strong emotional connection: Increased customer loyalty through an intense experience.
Disadvantages
- Higher effort and costs: Implementation and maintenance require more resources.
- Hardware requirements: VR headsets are required, which means initial investments.
- User-friendliness: Many people still have little experience with VR headsets.
- Barriers to entry: Not every potential customer owns a VR headset.
Cost factors for VR showrooms: The costs are similar to those of interactive 3D showrooms, but there are specific challenges. To ensure a smooth VR experience, a consistently high frame rate must be achieved. This requires careful optimization of the 3D models and the entire scene. Complex models often need to be simplified without compromising visual quality, which means additional effort.
Augmented Reality (AR) Showrooms
Description: Augmentation of the user's real environment with digital information and objects displayed via smartphones or tablets.
Technologies: ARKit (Apple) and ARCore Google.
Use cases: Virtual furniture placement, interactive catalogs.
Advantages: Merging the real and digital worlds, no additional hardware required.
Disadvantages Limited display options, depending on device performance.
Cost of a virtual showroom
The costs for a virtual showroom can vary greatly and depend on several factors:
Showroom type:
- 360-degree tours with static images: From about €3,000 for easy tours.
- 360-degree tours with video integration: Between 6,000 € and 10,000 €, depending on video length and quality.
- Interactive 3D Showrooms: Costs start at 10,000 €. The number and level of detail of the exhibits, as well as existing digital data such as CAD models, influence the costs.
- Virtual Reality (VR) Showrooms: Prices start at €20,000. Additional requirements for optimizing the 3D models increase costs.
- Augmented Reality Showrooms: Starting at €15,000 and increase with complexity.
Additional factors:
- Scope and complexity: More content and higher interactivity increase costs.
- Technical Requirements Cross-platform compatibility and performance optimization are cost-relevant.
- Content creation: High-quality 3D models and professional shots are time-consuming.
- Additional services: Project management, testing, and maintenance cause additional costs.
- Hardware and support: Costs for VR headsets and trained personnel must be taken into account.
Tips for cost efficiency
- Use existing digital data: Using CAD models can save time and money.
- Clear goal definition: A detailed briefing helps to avoid unnecessary features.
- Step-by-step implementation: Start with a basic project and expand it as needed.
- Offer comparison: Get multiple quotes to know the market prices.
- Optimization for target hardware: Targeted optimization of the models can avoid extra effort.
Conclusion
The costs for a virtual showroom depend on the specific requirements and the desired range of functions. In the case of interactive 3D showrooms, and VR showrooms in particular, the number and level of detail of the exhibits as well as the necessary optimizations for smooth rendering significantly influence the costs. The use of existing digital data such as CAD models can reduce the effort.
While simple 360-degree tours can be realized on a small budget, complex VR experiences require a larger investment. It is important to clearly define the objective and keep the cost-benefit ratio in mind.
Frequently Asked Questions (FAQ)
A virtual showroom is a digital space where products or services are presented without the customer having to be on site. It ranges from a simple 360-degree tour to an interactive 3D environment where products can be configured and viewed from every perspective.
Five variants have become established: 360-degree tours from still images, 360-degree tours with integrated video, interactive 3D showrooms in the browser, VR showrooms for headsets, and AR showrooms where products are placed into one's own room via smartphone.
As a guideline: simple 360° tours start at around €3,000, 360° tours with integrated video range between €6,000 and €10,000, interactive 3D showrooms start at around €10,000, AR showrooms start at about €15,000, and VR showrooms start at approximately €20,000. Scope, model quality, and depth of interaction determine the price more than the technology itself.
Most effective through existing data: If CAD or product models are already available, the most expensive step is eliminated. Add to this a clearly defined goal, the omission of features without sales value, and a phased expansion—first one product or room, then expanding.
No. Most showrooms run in the browser on desktops and smartphones, thereby reaching the largest audience. A VR headset generates significantly more emotion and spatial awareness, making it especially worthwhile for trade fairs, sales meetings, and products where size and proportion are crucial.
Wherever products are large, expensive, require explanation, or are difficult to transport: mechanical and plant engineering, vehicles, furniture and interiors, real estate, and medical technology. The benefits increase even further when customers are globally distributed.
