A 3D environment lets people explore an electric car, and how it charges, until it feels familiar and easy to understand. Many buyers still hold back over range, charging and reliability, and they research an EV more closely than a car they already know. An interactive 3D experience answers their questions and builds the confidence to switch.
Why are buyers still wary of electric cars?
By 2023, huge investment in battery technology was making EVs cheaper to buy and more efficient to run, and many could travel over 200 miles on a single charge. Charging rates once unimaginable were possible, and wireless charging was nearing commercial use. Add lower emissions, lower maintenance costs and government investment, and it is easy to see why EVs are an increasingly popular alternative to petrol cars.
Yet many people are still hesitant to switch, because of lingering concerns over range, charging infrastructure, and reliability and longevity. That creates a chicken-and-egg problem, for individual drivers and company fleets alike: buyers wait until there are more charge points to be seen, but charge points only pay for themselves once there are more buyers.
A world-class charging network is fundamental, but so is educating buyers, in a way the industry has never had to before. EV buyers are consistently more likely to use digital tools than petrol or diesel buyers. That may be a more digital mindset, but they also want more information and reassurance than when buying a car they know: about range, charging and waiting times at charging stations, among other things.
That is where 3D environments help: they educate buyers and build confidence in the technology and in the plans for charging infrastructure, so more people consider an EV.
What is a 3D environment?
A digital space that simulates the real world in three dimensions. Unlike a standard website, a video or a photograph, it is immersive and interactive: viewers control their view, move around and look closer at points of interest, so complex ideas become tangible.
For example, a 3D model of a city could show everywhere a driver can charge (at home, on the street, at work, at businesses and at charging stations on main roads), with key facts about charging at each point. Bridgestone has done something similar, showing its sustainability work in a 3D environment.
How does design make electric cars easier to understand?
Clear, engaging design makes any product easier to understand, and 3D environments are no different: the aim is to make complex ideas simple, familiar and relatable. For electric cars, well-considered design can address the doubts holding people back, and make EVs less intimidating to a wider audience.
Graphics and animations can explain how a battery works, how it is built and why it is reliable. Simulations let viewers explore a car, see how it works and how it compares with a petrol car: how the battery charges when plugged in at a charging station, say, or how regenerative braking recharges it while driving.
That would be daunting to research and remember in other formats, but seen, it is quickly absorbed, which eases the uncertainty and anxiety buyers may feel.
What are the challenges?
- Building it. A 3D environment can be complex and time-consuming to create, and may need specialised software or hardware, or a development partner.
- Your audience's devices. Viewers need the hardware and software to experience it.
- Accuracy. Information that educates people about electric cars has to be accurate and reliable. That may need input from across the business, to keep it up to date and based on sound science.
Even so, 3D environments offer many ways to raise public awareness and understanding of EVs.
How will 3D environments get more personal?
As consumers do more of their buying online, they expect more from the experience, so 3D environments are likely to matter more in researching electric cars, and to become more personal and targeted.
With data analytics and machine learning, a 3D environment can be tailored to each viewer. A buyer interested in sports cars might see the performance and speed of certain EV models; one interested mainly in sustainability, the environmental benefits. It could be based on location too, showing the charging infrastructure around them.
As customer expectations meet governments' targets, there will be new ways to use 3D environments to promote electric cars and educate people about them, and so to speed the move to more sustainable transport.
What does it take to build one?
- CAD software, such as AutoCAD, SolidWorks and SketchUp, for detailed 3D models.
- VR and AR software, such as Unity, Unreal Engine and Vuforia, for immersive, interactive experiences.
- 3D modelling and animation skills, including lighting, texturing and rigging.
- High-quality 3D assets, such as car models, textures and animations, from online marketplaces such as TurboSquid or made in-house by skilled 3D artists.
- The platform's limits: on a website, bandwidth and loading times; on a VR headset, resolution and rendering.
Few businesses have the people in-house for a project of this scope, so it is best to work with a partner that has built 3D environments before. How 4 Roads let Hitachi Vantara's customers configure its hardware racks in 3D.
What will it take for buyers to switch?
Confidence. Electric vehicles will play an important part in cutting carbon emissions, but while governments around the world accelerate towards zero-emission vehicles, many buyers are still putting on the brakes.
In 2023, confidence in the charging infrastructure was the single biggest challenge to decarbonisation, even though EVs already needed charging only once a week, and the time saved not going to the pumps far outweighed the few times drivers needed to charge on a long journey.
Dealers, carmakers and governments all need to work together to build public confidence. People are already curious; they need engaging tools to educate themselves. How 4 Roads builds augmented reality and 3D experiences.
Updated on 19 September 2026.
