The One Feature Old Cars Had That Most Drivers Wish Would Come Back

Picture the dashboard of a 1978 Oldsmobile Cutlass. Three fat knobs sit in a row, one for heat, one for fan speed, one for the defroster, each ridged just enough that a driver's fingers could find it without a single glance down. Turn the middle knob two clicks and the fan kicked up a notch. Twist the left one and warm air rolled through the vents within seconds. That kind of control wasn't fancy, but it worked by feel alone. A driver's hand learned the shape and position of every knob the same way it learned the shift pattern or the turn signal stalk, through repetition rather than a menu screen. There was nothing to look up, nothing to scroll through, no software to load. You reached, turned, felt the click, and kept your eyes on the road the whole time. That single trait, tactile control operated without looking, is the one piece of old car design that keeps coming up whenever drivers talk about what they miss most.

A driver in a 1985 Buick Century could crank the air conditioning to full blast in about half a second, twisting one dial from off to max cold without breaking eye contact with the road ahead. The switch had exactly one job, and it did that job instantly. Compare that to a newer vehicle built around a central touchscreen. Turning on the rear defroster might mean tapping the screen awake, finding the climate icon, opening a sub-menu, and pressing the right virtual button, all while glancing back and forth between the road and a glowing rectangle. Some systems bury the same function two or three menus deep, especially if the screen defaults to a media page every time the car starts. Automakers redesigned interiors around screens because screens looked modern in a showroom and photographed well in advertising. What got lost in that redesign was the instant, no-look response that a physical knob simply builds into its shape.

The pitch behind touchscreen dashboards sounded reasonable: fewer buttons, cleaner design, more flexibility to update features over time. What happened in testing tells a different story. A widely cited test by the Swedish outlet Vi Bilägare compared a handful of new touchscreen-only cars against a 2005 Volvo V70 that still used physical buttons, and the older Volvo completed the same set of tasks in a fraction of the time the newer cars needed. Adjusting the radio, changing cabin temperature, and turning on a defroster took seconds with buttons. On several touchscreen setups, the same tasks stretched out several times longer, because each one required waking the screen, finding the right menu, and confirming the choice with a tap in the right spot. Matthew Avery, Director of Strategic Development at Euro NCAP, has pointed directly at this pattern as a safety concern shared across the industry, not a problem limited to one brand or model.

A car moving 60 miles per hour covers close to 90 feet every second. That number matters once it's lined up against the extra time touchscreen tasks were shown to take in that same Vi Bilägare comparison, where some touchscreen tasks ran ten to twelve seconds longer than the same task on physical buttons. Do the math and that gap translates into 900 to over 1,000 feet of highway driving, nearly the length of three football fields, covered while a driver's attention is split between the road and a menu. A knob adjustment finished in two seconds costs a car almost nothing in distance. A touchscreen task finished in twelve seconds can carry a vehicle past several driveways, a merging lane, or a child's bicycle at the edge of a residential street. Seconds sound trivial parked in a driveway. At highway speed, they stop being trivial the moment something unexpected happens in front of the car.

Automakers didn't switch to touchscreens because drivers asked for them. Interior engineers have said the real motivation was simpler: a single screen can replace dozens of physical switches, knobs, and their wiring in one clean sweep. Every physical button in a car needs its own wiring harness, its own connector, its own spot on the dashboard mold, and its own quality check on the assembly line. A touchscreen consolidates all of that into one panel and a stretch of software code. Fewer parts means fewer things that can break, fewer components to source from suppliers, and a lighter bill of materials across an entire model lineup. That shift picked up speed through the mid-2010s as automakers raced to cut costs while also marketing their interiors as sleek and screen-forward, following the same direction phones and tablets had already gone. It made sense on a spreadsheet. Whether it made sense from the driver's seat turned out to be a separate question entirely, one the industry is only now circling back to answer.

Volkswagen design chief Andreas Mindt put it plainly when describing the brand's return to physical controls, noting that upcoming Volkswagen interiors will bring back real buttons and more traditional materials instead of relying on touch-sensitive panels for basic functions. Mindt's comment gets at something automakers spent years designing around. Mercedes-Benz has also walked back parts of its all-touchscreen approach after feedback from owners who found simple tasks harder than they used to be. Reports of similar reversals have surfaced at other brands too, often following complaints that reaching for volume, temperature, or defrost controls had turned into a search-and-tap exercise instead of a reflex. None of this means screens are disappearing from dashboards. It means a handful of automakers have started separating the functions drivers use constantly, climate, volume, hazard lights, from the ones that make sense on a touch panel, like navigation or media browsing. That split looks a lot like what old dashboards did by default.

Drivers who grew up reaching for a familiar dial without looking are watching an old lesson resurface across the industry. Vetle Husby, founder and CEO of Greenmission, has argued that even the most advanced electric vehicles lose their safety edge the moment a driver's eyes leave the road for a screen, no matter how capable the underlying technology is. That's the case for bringing knobs back in plain terms. A physical control gives instant feedback the moment a finger lands on it, a click, a stop, a change in resistance, none of which a flat screen can fully replicate no matter how good the software gets. Old cars offered that kind of feedback without trying, simply because knobs and switches were the only technology available at the time. The industry spent a decade designing that feedback out of cars in the name of a cleaner look. Now, one panel at a time, some of it is finding its way back.