VW is putting buttons back in cars

Original Article ↗ Hacker News Discussion ↗

Carmakers’ push toward touchscreen-heavy dashboards is running into a wall of user frustration and safety concerns, with Volkswagen now reversing course and reintroducing physical buttons after widespread complaints about its recent models. Commenters argue that controls for critical functions like climate, wipers, and seat heaters must be operable by touch and muscle memory, not buried in menus or handled by unreliable capacitive or haptic surfaces. The thread broadens into a critique of “minimalist” and software-first UI trends in cars and home appliances, suggesting that cost-cutting and design fashion have trumped ergonomics, and that brands that keep or restore well-designed physical controls may win back customers.

Overall reaction to VW reverting to buttons

  • Many see VW’s move as overdue course correction after “disastrous” touch/capacitive controls in recent models (ID.4, Mk8 Golf, etc.).
  • Several drivers say VW’s interiors went from “almost perfect” (Mk7 era) to “unusable,” pushing them to other brands; some say this change could bring them back.
  • Some argue VW still doesn’t fully “get it” if critical controls remain awkwardly placed or half-hidden.

Touchscreens vs physical controls in cars

  • Broad consensus: touchscreens are fine for setup/info (navigation, media browsing), not for frequent or safety‑critical actions (wipers, lights, defrost, HVAC, seat heaters).
  • Key advantage of physical controls: can be operated by feel and muscle memory without eyes leaving the road.
  • Touch interfaces are compared to illegal phone use while driving: same distraction, but blessed because it’s built into the car.

Examples of good and bad UX

  • Praised:
    • Mazda’s rotary dial + a few consistent buttons; separate, tactile HVAC controls.
    • Older VW layouts with three HVAC knobs and integrated seat‑heater buttons.
    • Some Hyundai/Kia trims that retain real buttons and simple climate knobs.
  • Criticized:
    • VW ID.4’s capacitive steering‑wheel buttons, unlit sliders, and front/rear window mode switch.
    • Systems where seat heaters, climate, or drive modes are buried in deep menus.
    • Tesla’s reliance on screen for things like wipers; auto‑wiper performance called “trash” by some, acceptable by others.

Safety and ergonomics concerns

  • Multiple anecdotes of drivers needing to pull over or spend seconds hunting through menus while driving, especially for defogging or climate changes.
  • Older cars with all‑tactile dashboards are cited as safer because controls can be memorized spatially.
  • Some argue that when automation (auto‑climate, good voice control) works well, touchscreen dependence is less problematic; when it fails, it becomes dangerous.

Why manufacturers went touch‑heavy

  • Cost‑reduction is repeatedly cited: fewer distinct parts, less compliance testing, cheaper per‑car BOM.
  • Touchscreens also cut the long, expensive design/testing cycle required for good physical control panels.
  • Some blame aesthetic/“minimalist” trends and design committees chasing a “clean” look over usability.

Broader critique of capacitive/touch interfaces

  • Many extend complaints to stoves, ovens, washers/dryers, microwaves: capacitive controls fail with water, gloves, or static, and age poorly.
  • General pattern: simplest knob/button UIs in appliances and cars are seen as more robust, intuitive, and durable than “smart” or touch‑only designs.