There was a time when getting into a car did not feel like starting a relationship with a new operating system. You turned a key, checked two large gauges, twisted a temperature knob, and drove away. No profile login. No animated welcome sequence. No need to discover whether the windshield defroster was hiding under “Climate,” “Comfort,” or “Vehicle Experiences.”
Modern car dashboards can be beautiful and genuinely useful. Navigation is better, cameras are sharper, and digital instrument clusters can place important information directly in front of the driver. Unfortunately, automakers have also confused technological possibility with good design. A dashboard is not a living-room tablet mounted above an air vent. It is a control center used while traveling through traffic at highway speed.
The argument for simpler car dashboards is not nostalgic whining from people who miss cassette decks. It is about clearer information, faster controls, lower distraction, greater accessibility, and technology that serves drivers instead of demanding applause.
The Great Car Dashboard Screen Race
Over the past decade, screens have spread across vehicle interiors like extremely confident houseplants. A modest center display became a tablet. The tablet expanded into a panoramic panel. Then passenger screens appeared, apparently because nobody riding shotgun could survive a trip to the grocery store without managing a separate digital ecosystem.
Why Automakers Love Giant Touchscreens
Touchscreens offer manufacturers several practical advantages. One display can replace numerous switches, labels, wiring assemblies, and model-specific control panels. Software can be updated after the vehicle leaves the factory, while the same basic hardware can support multiple trims, languages, markets, and optional features.
Large screens also photograph well. They make an aging vehicle platform look futuristic without requiring every part of the dashboard to be redesigned. A software-based interface can promote connected services, subscriptions, entertainment packages, charging tools, and downloadable features. A volume knob cannot sell anyone a premium data plan. It simply turns the music down without requesting an email address.
The trouble begins when a clean appearance while parked creates operational clutter while driving. Removing visible buttons does not necessarily eliminate complexity. Sometimes it merely hides that complexity behind glass.
Simple Car Dashboards Do Not Have to Be Low-Tech
A simpler dashboard does not require returning to orange LCD clocks and radios that lose their presets whenever the battery sneezes. The strongest design is usually a hybrid interface: digital where digital technology works best and physical where tactile feedback is faster and safer.
Screens are excellent for maps, backup-camera images, media libraries, energy-use graphics, phone integration, charging schedules, and detailed vehicle settings. Physical controls are better for frequent, time-sensitive adjustments that drivers should be able to make without studying a menu.
The real question is not “buttons or screens?” It is “which control method is most appropriate for this task?”
Tactile Controls Support Muscle Memory
A properly designed knob communicates information through its position, texture, resistance, and direction of movement. After spending a few days in a car, a driver can often adjust volume, temperature, or fan speed with a tiny glanceor no glance at all.
A flat touchscreen provides almost no tactile geography. The area for increasing the temperature feels exactly like the area for pairing a new phone. The driver must look at the display, identify the icon, aim a finger, compensate for vehicle movement, tap accurately, wait for feedback, and occasionally repeat the process because the first attempt missed.
That is not minimalism. It is a small scavenger hunt conducted between lane markings.
What Safety Research Says About Dashboard Distraction
The National Highway Traffic Safety Administration recommends that in-vehicle visual-manual tasks be designed so individual glances away from the road last no more than two seconds. Its guidelines also recommend limiting cumulative eyes-off-road time to 12 seconds for a task. These are voluntary design guidelines rather than a declaration that every touchscreen is dangerous, but they illustrate an important point: a few seconds can matter when a vehicle is moving.
Research supported by the AAA Foundation for Traffic Safety has repeatedly found that infotainment systems can create substantial visual and cognitive demand. A study examining 30 model-year 2017 vehicles evaluated tasks such as programming navigation, sending messages, making calls, and selecting audio. AAA reported that certain interactions distracted drivers visually and mentally for more than 40 seconds.
Newer research has not made the concern disappear. A 2025 University of Washington and Toyota Research Institute simulator study found that touchscreen interaction while driving reduced pointing speed and accuracy and caused participants to drift within their lanes more frequently. Driving and precise screen tapping compete for the same limited supply of visual, manual, and mental attention.
Owner surveys tell a similar story. J.D. Power’s 2026 U.S. Initial Quality Study reported that among owners who described a distraction-related vehicle problem, 46 percent identified the infotainment system or touchscreen as the source. Its 2025 multimedia study also recorded a year-over-year increase in touchscreen and digital-display problems. A feature can look spectacular in a showroom and still become irritating by the third rainy commute.
A Readable Dashboard Needs a Clear Hierarchy
Old analog dashboards were not automatically perfect. Some had dim lighting, tiny markings, mysterious warning symbols, and rows of identical black buttons resembling an office fax machine from 1994. Their main advantage was often a clearer hierarchy.
A good dashboard immediately tells the driver what is happening, what can be changed quickly, and what can wait. Speed, warnings, fuel or battery status, range, and essential navigation instructions deserve priority. Volume, temperature, fan speed, defrost, and hazard controls should be identifiable and easy to reach. Lighting themes, app management, user profiles, and charging preferences can remain inside a digital settings menu.
Many modern interfaces give all information equal visual importance. A tire-pressure warning may compete with album artwork, efficiency animations, phone notifications, lane graphics, ambient-lighting controls, and a cheerful invitation to explore a new feature. Everything is technically available, just as everything is technically available on a crowded bulletin board.
Which Car Controls Should Remain Physical?
Frequently used and safety-related functions should not require a multi-step journey through software. Designers should strongly favor dedicated physical controls for:
- Audio volume and muting
- Cabin temperature and fan speed
- Front and rear window defrosting
- Hazard lights
- Headlights and windshield wipers
- Frequently used drive or traction settings
- Camera activation when vehicle visibility makes it important
These controls do not have to be enormous chrome knobs. They can be compact toggles, rocker switches, steering-wheel buttons, or textured shortcut keys. What matters is that they occupy fixed locations, have recognizable shapes, use clear labels, and provide immediate feedback.
Capacitive sliders deserve special suspicion. They often combine the visual demands of a touchscreen with the accidental-input potential of a kitchen counter. A driver should not need the finger control of a concert violinist merely to lower the temperature by two degrees.
Where Touchscreens Genuinely Work Better
Giving every vehicle function a permanent button would produce a dashboard resembling a submarine control room designed by an enthusiastic intern. Screens are valuable when information is visual, changeable, or too complex for a handful of fixed controls.
Maps benefit from route previews and large graphics. Camera systems need bright, detailed images. Media libraries contain hundreds of choices. Electric vehicles require charging information, range planning, and energy-flow displays. Customizable gauge clusters can help drivers prioritize navigation, range, or driver-assistance information.
The touchscreen should be the library, not the light switch.
Well-designed software can reduce distraction through large touch targets, shallow menus, readable fonts, quick responses, restrained animation, persistent shortcuts, and consistent control placement. A physical home or back button can dramatically improve an otherwise screen-heavy system.
Voice commands can also help with certain tasks, but they do not eliminate every form of distraction. Voice systems may misunderstand commands, require several conversational steps, or demand mental attention even when the driver’s hands remain on the wheel.
Dashboard Readability Is an Accessibility Issue
Simpler car dashboards become especially valuable at night, in bright sunlight, on rough roads, and for drivers experiencing changes in vision or dexterity. Tiny fonts, low-contrast gray text, glossy reflections, unlabeled steering-wheel pads, and icons that change according to context all increase workload.
AARP and automotive testing organizations advise older drivers to look for common functions that can be operated with knobs and buttons located by feel. However, this is not exclusively an older-driver problem. Anyone can struggle with a small touch target while wearing gloves, bouncing over potholes, or attempting to clear a fogged windshield immediately.
A readable digital instrument panel should use large numerals, strong contrast, stable layouts, limited animation, and warnings that clearly communicate priority. Designers must remember that a dashboard is viewed in fractions of a second, not admired like a museum exhibit.
Automakers Are Starting to Bring Buttons Back
There are signs that the screen-at-all-costs era may be softening. Consumer Reports has repeatedly argued that physical controls remain preferable for frequently used functions such as volume and climate adjustments. Newer vehicles praised for usability often combine a modern central display with dedicated climate switches, a volume dial, and clearly labeled steering-wheel buttons.
Recent reviews have highlighted practical interiors from Honda, Toyota, Subaru, Chevrolet, and other manufacturers that preserve straightforward controls without abandoning current connectivity. Audi has also indicated that physical steering-wheel buttons and scroll wheels will return to updated designs after criticism of touch-sensitive interfaces.
Even some upcoming American trucks with enormous digital displays retain separate climate, towing, drivetrain, and audio controls. Apparently, progress can include remembering what already worked.
What the Ideal Modern Car Dashboard Looks Like
Layer One: Essential Driving Information
Directly ahead of the driver should be speed, important warnings, fuel or battery level, range, current gear, and concise navigation instructions. A head-up display can complement this information, but it should not become a floating festival of icons.
Layer Two: Immediate Physical Controls
Within easy reach should be temperature, fan speed, defrost, hazard lights, audio volume, and a few configurable shortcuts. Buttons should be shaped, separated, labeled, and illuminated at night.
Layer Three: Detailed Digital Features
The center screen can handle navigation, media, phone integration, vehicle customization, energy information, user profiles, and functions intended mainly for use while parked. Menus should remain shallow and predictable, with important shortcuts visible from the home screen.
This arrangement respects both technological capability and human limitation. It assumes drivers are intelligent without requiring them to become part-time interface archaeologists.
How to Test Dashboard Usability Before Buying a Car
Horsepower, range, fuel economy, and monthly payments receive plenty of attention during a test drive. Dashboard usability deserves equal consideration because the owner will interact with it every day.
Before moving, connect a phone, enter a destination, change the temperature, activate the defroster, adjust the fan, tune the audio, open the camera view, and locate the hazard-light switch. Repeat several common tasks during a safe test drive rather than allowing the salesperson to operate everything.
Notice the number of taps, menu delays, screen glare, font size, button lighting, and whether important controls move when the display changes modes. Try the interface while wearing sunglasses. Ask whether settings remain after restarting the vehicle. Confirm that essential functions remain available if the infotainment system freezes or reboots.
A dazzling interface can feel outdated within a month. A clear interface remains useful for years.
A Real-World Driving Experience: The Two-Car Test
Consider a representative week divided between two vehicles. The first has a balanced dashboard: a moderate touchscreen for maps and media, large gauges in front of the driver, three climate knobs, a volume dial, physical defrost buttons, and clearly marked steering-wheel controls. The second has a dramatic widescreen display, a nearly empty dashboard, touch-sensitive steering-wheel pads, and climate functions contained inside the central interface.
On Monday morning, both vehicles seem easy enough. The screen-heavy car makes the stronger first impression. Its graphics are crisp, the navigation map looks fantastic, and the cabin photographs like a luxury electronics showroom. Connecting a phone requires several steps, but the driver completes them while parked.
Then ordinary life begins.
On Tuesday, rain causes the windshield to fog. In the first car, the driver reaches for the familiar defrost button, recognizes its raised shape, presses it, and continues watching traffic. In the second vehicle, the driver opens the climate panel, searches for the defrost icon, taps it, and checks the screen to confirm activation. The process adds only a few seconds, but those seconds arrive at exactly the wrong moment.
On Wednesday, a passenger feels cold. In the simpler cabin, the driver turns a knob one click. In the screen-heavy vehicle, the temperature control is visible, but a bump causes the first tap to miss. The next tap opens the control, and another adjusts the temperature. Nobody crashes. Nobody panics. The interaction is simply more complicated than necessaryand repeated minor frustrations are how a glamorous interface becomes a daily complaint.
Thursday brings bright afternoon sunlight. Reflections and fingerprints make the glossy display harder to read through polarized sunglasses. The physical controls in the other vehicle look ordinary, perhaps even old-fashioned, but they remain exactly where they were yesterday. Their functions do not change when a notification appears.
By Friday, muscle memory has taken over in the button-equipped car. The driver adjusts volume, fan speed, and temperature with almost no conscious effort. Familiarity also improves operation of the touchscreen-heavy vehicle, but the driver must still look because smooth glass provides little positional confirmation. A software update has moved one shortcut, which is charming in the same way rearranging someone’s kitchen drawers without permission is charming.
The modern interface still wins several rounds. Its navigation is more detailed, the camera image is larger, searching a music library is easier, and customizing the instrument display is useful. The lesson is not that the older control system is universally superior. The lesson is that every interface should receive the jobs it performs best.
After a week, the ideal solution becomes obvious: combine the excellent map, cameras, and connectivity of the modern vehicle with the fixed, tactile controls of the simpler one. The winning dashboard is not the dashboard with the fewest buttons or the greatest number of screens. It is the one that demands the least attention while delivering the most useful information.
Conclusion: Bring Back Clarity, Not the Past
Car dashboards do not need to travel backward. They need to mature. A truly advanced interior is not defined by screen size, animation quality, or the number of features buried behind a settings icon. It is defined by how quickly drivers can understand information and complete essential tasks without surrendering attention to the machine.
Keep the sharp displays, live maps, cameras, smartphone integration, over-the-air updates, and customizable gauges. Bring back the volume knob, temperature dial, defrost button, readable labels, and controls that stay in one place.
The future of dashboard design should not be analog versus digital. It should be calm, legible, tactile, and intelligently mixed. Yes, please make car dashboards simpler and easier to read. We are trying to drive, not defeat the final level of the climate-control menu.
Note: This editorial analysis synthesizes safety research, usability guidance, owner studies, and vehicle evaluations from 15 reputable U.S.-based sources, including NHTSA, the U.S. Department of Transportation, the Federal Register, AAA Foundation for Traffic Safety, IIHS, Consumer Reports, J.D. Power, SAE International, the University of Washington, PubMed Central, AARP, Edmunds, Kelley Blue Book, MotorTrend, and Car and Driver.
