How Virtual Reality Simulation Is Revolutionizing EV Industry

Virtual reality simulation and the electric vehicles industry are two of the emerging sectors of this decade. Virtual reality simulation is used across many industries to improve efficiency, productivity, and profitability. It was about time that the EV manufacturers would see the potential of using virtual reality before adopting the technology.

EV Industry VR Simulation has had a positive impact on the industry as a whole. VR technology can be incorporated into a wide range of processes in the industry for various reasons, such as reducing costs, improving skills, or better manufacturing efficiency. In this blog, we will explore the future of EVs in India, EV industry processes that incorporate VR technology, and more.

A] Future Of Electric Vehicles in India

Electric vehicles are a more economical and environment-friendly alternative to conventional petrol and diesel operated vehicles. As a result, the Indian government is encouraging EV manufacturing and distribution in the country. The demand for EVs is also growing, with the economic survey predicting 10 million annual sales by the end of the decade.

As the problem of transport pollution is persistent in India, the government is leveraging EVs to reduce noise and air pollution. With subsidies and support from the local and national governments and an increasing demand among consumers, the EV market in India is likely to see rapid growth.

B] How Can VR Simulation Help In The Electric Vehicle Industry? 

1. Design And Prototyping 

Vehicle designing and prototyping are traditionally done either on paper or with the help of computer software. One of the biggest challenges that designers face during this process is that the final design may be incompatible with engineering requirements. This can cause a waste of time and resources.

Incorporating VR simulation with computer software like CAD to create 3D models of vehicles. Creating an interactive scaled 3D model in VR instead of a physical prototype can make the designing and prototyping process time-efficient, accurate, and cost-effective. With this VR 3D model, designers and engineers can interact with the design and find flaws or room for improvement, at an early stage. Employing a VR tech company can help you get started with the process.

2. Manufacturing And Assembly

In addition to designing and prototyping, VR technology can also be used for the manufacturing process. VR simulation can optimize the product configuration order, reducing the complexity and time of the process. VR simulation allows experts to recreate lifesize production and assembly lines, so they can optimize the production process again and again with engineering principles in mind until the best results are achieved. 

VR software can also be used to familiarize line workers with the process to reduce errors and increase efficiency. EV components, such as batteries and motors are different from traditional vehicles. Workers can practice with virtual assets instead of physical assets, so they make fewer errors during production. 

3. Marketing And Sale 

VR Impact on EV Sector is not limited to the production process, many EV brands are leveraging VR simulation to enhance the buyer’s experience and boost sales. Brands such as Audi, BMW, and Porsche use VR simulation for a variety of reasons. Among these brands, Porsche’s EV model, Taycan allows customers to virtually interact with the vehicle before purchasing. 

Virtual reality creates a lifelike 3D model of the car, which engages with the customers. Customers can interact with the interiors, see under the body, and even see how the engine works. Other brands, such as Lucid Motors offer virtual test drives for customers. This initiative allows customers to experience the car’s capabilities and dealers to keep their assets safe.

4. Training For Technicians

Many well-known car brands, including Ford and Bosch, are using VR technology to train their technicians in servicing and maintenance of EVs. VR can be used to familiarize the technicians with specialized tools and equipment and the special parts of the EV. Training inexperienced technicians using VR simulation over traditional methods avoids the risk of injuries and accidents. 

Technicians trained using VR simulation showcase better efficiency on the job and are well-prepared to handle different scenarios. By switching the training model to VR, organizations can save the cost of purchasing and maintaining physical EV assets, reducing the cost of training. Inexperienced employees can afford to make mistakes and learn from them without raising overheads. Organizations can train technicians in different cities or countries with the help of virtual reality training simulators, improving scalability and customer experience. VR simulation for industrial training has also shown better information retention for employees. 

5. Remote Collaboration

VR technology, such as VR rooms and headsets allows designers, engineers, architects, and technicians to collaborate on a single project in real time. VR presentation allows individuals to bring their own distinct 3D models to the conference, and discuss the flaws and innovation to create the best version of EVs.

During the COVID-19 pandemic, Honda’s design team used VR simulation to collaborate with the engineers on the Honda Prologue model. VR simulation in conjunction with traditional processes has helped to bridge the global gap during the pandemic, accelerating the design and prototyping process. The Honda team used VR for their prototype evaluation as well.

C] Advantages Of VR Simulation For The EV Industry 

  • Remote Training: Organizations can leverage VR technology to train technicians from various locations. Remote immersive EV training can be cost-effective and allow the brand to scale better.
  • Improved Safety Testing: Technicians and engineers can conduct extensive safety testing without putting testers or assets in any danger. Detailed hazard testing can be done without any risks.
  • Better Design: VR allows modification to a design over and over without the need to create physical prototypes. Continuous improvements create the best design.
  • Reduces Cost: VR simulation can reduce the cost of prototyping, testing, and training manufacturing.  Simulating lifelike models can highlight errors early, saving time and money and improving productivity
  • Immersive Customer Experience: Customers can have a virtual tour of their EV, checking the interior, exterior, and features. Customers can also order customization according to their liking, creating ergonomic EVs.


Electric vehicles and virtual reality are two of the emerging industries in the tech sector. While at first glance, there might not be any apparent relation between the two, VR simulation has had a significant impact on the EV industry as a whole. 

Various EV brands have employed VR simulation to streamline design and manufacturing processes, reduce costs and time for production, and scale the business. Using VR simulation in conjunction with traditional marketing and sales tactics is transforming how customers can interact with the car before purchasing, allowing remote test drives and customization and increasing customer satisfaction. If you want to implement VR simulation for the EV industry or want to learn more, feel free to contact us!

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