Driving Pleasure and On-Board Technology: What It Feels Like Behind the Wheel of an Electric Volkswagen
In short: Driving an EV fundamentally changes the experience behind the wheel. Torque is delivered instantly, the cabin remains quiet, and a low center of gravity ensures composed, predictable handling. Add to that the interior technology: driving modes, regenerative braking, driver assistance systems, a digital infotainment system, and app integration that seamlessly connects the car to your smartphone.
Table of Contents
What does driving an electric car feel like?
Why do electric cars handle so stably?
What does one-pedal driving mean in practice?
What are the driving modes, and when should you use them?
How have cabin ambiance and controls changed?
How do driver assistance systems help?
How do connectivity and apps enhance the drive?
Frequently Asked Questions (FAQ)
What does driving an electric car feel like?
You will notice the biggest difference within the first ten meters: the car responds to your right foot instantly, with no gear shifts and no engine noise.
When driving an electric car for the first time, two things usually stand out immediately. First, there is no build-up required. An electric motor delivers full pulling power from a standstill, whereas a combustion engine has to build up revs. There is no gearbox hunting for the right ratio, and no brief hesitation between pressing the accelerator and the car surging forward. The motion follows your foot seamlessly.
Second, there is the silence. At low speeds, you primarily hear the tires and, in the city, the surrounding traffic. This turns a drive through Ghent or Leuven into a whole new experience: you can actually hear pedestrians, cyclists, and the ticking of an indicator that used to be drowned out by the engine. On the highway, tire roar and wind noise are still present, but the remarkably low cabin noise makes having a conversation or listening to music much more enjoyable.
That combination of instant response and silence almost naturally alters your driving style. Many drivers adopt a smoother approach. Because there are no gear changes, the jerky nature of accelerating and downshifting in heavy traffic disappears entirely. In the notorious traffic jams around Brussels or Antwerp, this creates a noticeable boost in comfort: crawling along at a walking pace requires hardly any effort from your left foot and right hand.
Habits to relearn
The habits you have built up over twenty years in a combustion engine vehicle won't disappear after a single drive. Here are the things drivers tend to notice most:
You feather the accelerator more precisely, as the car reacts faster than expected.
You look further ahead, since accelerating and decelerating require less physical effort.
You are more mindful of vulnerable road users, precisely because they cannot hear you approaching.
You rely less on the brake pedal, without the car becoming any less controllable.
The lineup through which Volkswagen offers this driving experience in Belgium is built around the ID. family. Every electric car shares the same dedicated electric platform, meaning they all benefit from the same fundamental principles of propulsion and weight distribution.
Why do electric cars handle so stably?
The battery pack sits flat in the floor of the vehicle, lowering the center of gravity compared to a traditional car and significantly reducing body roll in corners.
Handling is perhaps the most underrated difference. In a combustion car, the heaviest component is positioned up front and relatively high. In an EV, the battery sits like a flat slab between the axles, under the floor. This results in two immediate, tangible benefits.
The first is a lower center of gravity. The car leans less upon corner entry, remains more composed during evasive maneuvers, and feels less twitchy in crosswinds. On exposed stretches of Belgian highways, where crosswinds during heavy rain are a familiar nuisance, this translates to fewer steering corrections.
The second benefit is a superior weight distribution between the front and rear axles. The mass is centralized rather than concentrated at one end. As a result, the car feels exceptionally well-balanced on twisty sections—such as the winding secondary roads of the Ardennes or the Pajottenland—and its handling remains highly predictable.
Comfort and suspension
An electric vehicle is typically heavier than a comparable combustion car. That extra mass is absorbed by the chassis and often results in a smoother, more settled ride on longer journeys. The car is less easily unsettled by poor road surfaces, which is no unnecessary luxury on many of Belgium's regional roads. The flip side is that this weight must also be supported by the tires and suspension, which is all the more reason to check your tire pressure regularly.
Scenario | What you feel behind the wheel | Keep in mind |
City traffic and 30 km/h zones | Smooth acceleration, no gear shifts, whisper-quiet | Vulnerable road users cannot hear you coming |
Highway cruising | Effortlessly maintaining high speeds, minimal steering corrections | High speeds significantly impact range and efficiency |
Twisty secondary roads | Minimal body roll, balanced corner entry | Smooth steering pays off more than late braking |
Driving in traffic jams | Barely any effort, no riding the clutch | Still requires attention during sudden acceleration |
Winter mornings | Instant power delivery, fast-heating cabin | Heating and cold tarmac draw extra energy |
What does one-pedal driving mean in practice?
As soon as you lift off the accelerator, the electric motor converts the deceleration into energy that flows back into the battery, allowing you to come to a complete stop in many situations without ever touching the brake pedal.
Regeneration, also known as regenerative braking, is technically a role reversal. While accelerating, the electric motor turns electricity into motion. While decelerating, it does the exact opposite: it acts as a generator, converting motion back into electricity, which in turn slows the car down. The kinetic energy that is normally lost as heat in the brake discs of a conventional car is partially recovered here.
In practice, you choose how strong this effect is. On a light setting, the car coasts almost freely when you lift off the accelerator, which is great on the highway as it maintains momentum. On a stronger setting, the car slows down noticeably as soon as you lift your foot, which is exactly what you want in stop-and-go city traffic with its many traffic lights, intersections, and speed bumps.
Mastering a smooth drive
One-pedal driving is less of a gimmick and more of a mindset. It rewards anticipation. If you see a traffic light turning yellow in the distance and lift off early, you decelerate smoothly, recover energy, and rarely have to come to an abrupt halt. If you keep your foot down until the last second and then brake hard, you lose all that efficiency. A few habits make all the difference:
Look beyond the car directly in front of you and anticipate the flow of traffic.
Lift off early instead of braking late when approaching a roundabout.
Maintain a steady cruising speed on the highway.
Don't hesitate to use the brake pedal when the situation demands it: safety always comes first.
Good to know: the physical brake pedal is still fully functional and works exactly as you expect. In most scenarios, the car seamlessly blends regenerative braking with the mechanical brakes, without the driver even noticing.
What are the driving modes, and when should you use them?
Driving modes allow you to adjust throttle sensitivity, steering weight, and climate control behavior, meaning the exact same car can feel both luxuriously comfortable and dynamically sporty.
These driving modes aren't just a marketing gimmick; they genuinely alter how the car reacts to your inputs. In a comfort-oriented setting, accelerator input translates into power more gradually, making relaxed, long-distance cruising far more pleasant. In a sportier mode, that same pedal offers razor-sharp response, and the steering weights up, perfectly suiting a winding road where precision is key.
Additionally, there is usually an eco mode that dials back the climate control and caps available power. This is incredibly useful when you realize the remainder of your journey is going to be slightly longer than planned. Many models also offer a custom setting where you can mix and match parameters yourself—for example, combining punchy throttle response with plush suspension damping.
After a few weeks, most drivers settle into two default choices: a standard mode for the daily commute, and a secondary mode they specifically switch to when the mood strikes. It is well worth experimenting with them on a quiet road during your first month of ownership, so you can truly feel what each mode alters.
Volkswagen Belgium describes its electric lineup as follows:
"Volkswagen is developing a comprehensive range of electric vehicles within the ID. family, representing the brand's commitment to sustainable mobility. The Volkswagen ID.3 Neo, compact and highly efficient, offers a range of up to 627 km (WLTP), while the ID.4 and ID.7 blend electric power with an exceptionally spacious interior. Backed by the MEB platform for electric vehicles, these models embody Volkswagen's vision of accessible, innovative, and zero-emission mobility."
How have cabin ambiance and controls changed?
The interior is built around a central touchscreen and a digital instrument cluster, resulting in fewer physical buttons, with most functions now routed through menus, voice commands, and steering wheel controls.
Because an EV platform doesn't require a transmission tunnel or a massive engine bay, space is liberated. The wheelbase is stretched and the floor is entirely flat, which pays massive dividends, especially in the back seats. As a result, the cabin often feels much lighter and airier than that of a conventional car of the same size.
The way you operate the car has evolved alongside it. Critical information—such as speed, range, and navigation prompts—is displayed dead ahead on the digital instrument cluster. The central screen handles everything else: media, phone integration, climate control, and driver assistance settings. Voice control allows you to adjust the cabin temperature or set a new destination without taking your hands off the wheel—a genuine safety boon on Belgium's hectic ring roads.
Adapting to screen controls
For those accustomed to tactile dials and physical buttons, this requires a brief adjustment period. Here are a few practical tips frequently shared by EV drivers:
Set up your favorite functions as shortcuts in advance, so they're always just one tap away.
Familiarize yourself with the voice control system while parked or on a quiet drive, not in heavy traffic.
Take the time to pair your smartphone properly once, ensuring messages and music sync flawlessly.
Pin the heated seats and steering wheel as quick-access toggles for chilly mornings.
Those heating elements, by the way, offer more than just comfort. They warm your body directly and draw significantly less energy than heating the entire cabin—a very smart habit to adopt during the bleak Belgian winter.
How do driver assistance systems help?
Driver assistance systems (ADAS) don't take control away from you; rather, they reduce cognitive load on long and busy drives by actively monitoring your speed, following distance, and lane positioning.
In a country with a dense highway network and daily gridlock around major cities, these systems truly come into their own. Adaptive cruise control doesn't just maintain your speed; it adjusts it to match the car in front. In stop-and-go traffic, this means automatically braking to a halt and pulling away again without you constantly having to dance on the pedals.
Lane assist keeps the car dead center within its markings and nudges the steering gently if you drift without indicating. Blind spot monitoring is a lifesaver when changing lanes on a congested ring road. Meanwhile, traffic sign recognition displays the current speed limit on the dash, which is incredibly handy on stretches where limits fluctuate frequently.
When it comes to parking, cameras and sensors step in. A 360-degree surround view makes maneuvering down a narrow street or into a tight underground garage remarkably easy—especially crucial since an EV is so quiet that you can't rely on acoustic feedback from engine revs to gauge your surroundings.
Two things remain absolutely essential. First, these are assistance systems: the driver remains fully responsible and must keep their hands on the wheel and their eyes on the road. Second, they work best when you understand their capabilities and limitations. Take the time to dig into the settings and simply turn off what annoys you, rather than fighting the system.
How do connectivity and apps enhance the drive?
Through a dedicated smartphone app, the car remains accessible even when you're not in it, and over-the-air updates ensure it can acquire new features throughout its lifespan.
The seamless link between car and phone has become an integral part of the modern driving experience. Before you even leave the house, you can pre-condition the cabin temperature while the car is still parked. On a freezing winter morning in the Kempen, that means stepping into a toasty cabin with fully defrosted windows—no scraping, no shivering, no waiting.
But the app does far more than that. You can check the car's status, lock the doors remotely if you second-guess yourself, and beam a destination straight from your phone to the navigation system so your route is locked in the moment you sit down. The location tracking feature is equally brilliant for hunting down your car in a sprawling parking lot.
Software that evolves with you
A modern EV is, to a large extent, a software product. Over-the-air updates allow manufacturers to roll out improvements without requiring a dealer visit—much like how your smartphone downloads the latest OS. This means the infotainment and driving systems you use today can actually become faster, smarter, or more feature-rich over time.
The native navigation system is the clearest example of this deep integration. It actively factors in the route profile, elevation changes, and anticipated speeds to display a highly realistic estimate of your remaining battery upon arrival. For anyone frequently driving from the flatlands of Flanders down to the hilly Ardennes, that dynamic data is infinitely more valuable than a static range figure on the dashboard.
Frequently Asked Questions (FAQ)
Is an electric car actually faster off the line?
What you feel above all is the immediacy. The torque is deployed instantly, with no gear shifts and no wait for the revs to climb. Pulling away from a traffic light or merging onto a highway ramp feels incredibly brisk and effortless, even without resorting to a sporty driving style.
Do you get used to the silence in the cabin?
Most drivers adapt very quickly and never want to go back. However, it is wise to be more hyper-aware of pedestrians and cyclists, who simply cannot hear you approaching. This is exactly why the car emits a gentle warning sound at low speeds.
Do I always have to use one-pedal driving?
Not at all. You dictate how aggressive the regenerative braking is, and you can change it on the fly for every trip. On the highway, a lighter setting usually feels more natural, while a stronger setting is perfect for the city. And of course, the traditional brake pedal is always there when you need it.
Are the driver assistance systems mandatory?
You can toggle most systems on or off via the infotainment menu, though legally mandated safety warnings will remain active by default. We highly recommend giving them a fair chance over a few drives before making a judgment, as they dramatically reduce fatigue on long journeys.
Can I use my own smartphone interface?
Yes. Wireless integration with major smartphone platforms (like Apple CarPlay and Android Auto) is fully supported, beaming your familiar navigation, messaging, and music apps straight to the central screen. Meanwhile, the car's native system remains running in the background for vehicle-specific functions.
Does the driving experience change in winter?
The driving dynamics remain identical, but freezing temperatures demand energy for cabin heating, and cold tarmac offers less grip. Relying on heated seats rather than blasting the cabin heater, and pre-conditioning the car while it's still plugged in, makes a world of difference for both range and comfort.
Key Takeaways
Instant torque and the absence of gear changes make driving much smoother, particularly in city traffic and gridlock.
The floor-mounted battery lowers the center of gravity, ensuring stable, predictable handling on Belgian roads.
One-pedal driving rewards anticipation and recovers energy, though the physical brake pedal remains fully functional.
Selectable driving modes allow the exact same car to feel either luxuriously comfortable or razor-sharp, depending on the route.
The cabin experience revolves around crisp displays, voice control, and driver assistance systems that lower cognitive load without taking away your control.
Smart app features like remote pre-conditioning and over-the-air updates ensure the car remains cutting-edge and highly usable for years to come.