EVs won over early adopters, but mainstream buyers aren't along for the ride yet

Electric vehicles are winning over early adopters but many mainstream buyers remain unconvinced, citing high upfront costs, limited affordable models (especially non-SUVs), and uncertainty about long-term battery life and resale value. Commenters highlight that EVs work well for suburban households with home charging and a second ICE car, but are far less practical for apartment dwellers, city drivers reliant on public charging, or those who frequently travel long distances. Concerns about unreliable charging infrastructure, overcomplicated payment systems, always-online car software, and immature or failure-prone technology further slow adoption, even among people who like the idea of going electric.

Vehicle types and design

  • Many mainstream buyers want “normal” cars that happen to be electric, not futuristic designs; current market skews toward SUVs/crossovers, with relatively few affordable sedans.
  • Some see good “boring” options (e.g., compact crossovers), but others find choices limited or too expensive versus hybrids.
  • Declining sedan demand and better packaging in larger bodies push automakers to prioritize SUV-style EVs.
  • Enthusiast drivers complain that affordable EVs handle poorly and feel numb; “driver’s EVs” exist but are seen as far too expensive.

Cost, TCO, and used market

  • Purchase price is a major barrier; multiple commenters say they can buy several decent used ICE cars for the price of one EV.
  • Debate over total cost of ownership: some report much cheaper per‑mile energy and lower maintenance; others argue fuel savings often take many years to offset higher upfront cost.
  • Leasing can make EVs comparable to ICE monthly, but this doesn’t help lower‑income buyers who rely on older used cars.
  • Uncertainty about long‑term battery life and replacement cost discourages used-EV purchases.

Charging, infrastructure, and geography

  • Home charging is framed as the key advantage; where available, owners say charging time is effectively “zero.”
  • For people in apartments or with only street parking, reliance on public chargers is seen as expensive, inconvenient, and often unreliable.
  • Fast chargers help on road trips but still add 20–60 minutes, which many find unacceptable compared to a 5–10 minute fuel stop.
  • Rural and extreme-distance driving (long deserts, remote regions) are perceived as risky with current infrastructure.

Reliability, safety, and technology risk

  • Mixed experiences: some brands’ EVs reported as trouble‑free; others as plagued by repeated shop visits or even dangerous failures (sudden loss of power, bricking).
  • EV failure modes (software, 12V systems, immobile “brick”) worry some more than familiar ICE failures that many mechanics can fix cheaply.
  • Lack of widespread real‑world data on end‑of‑life batteries and replacement rates remains a concern.

Connectivity, privacy, and UX

  • Several refuse to buy internet-connected cars (EV or ICE) over privacy and control concerns; desire vehicles that work fully offline.
  • App-based charging, proprietary accounts, and OTA updates that can disable vehicles are widely criticized.
  • Many want simple card payment at chargers and physical buttons in the cabin instead of screen-only interfaces.
  • Direct-to-car billing is viewed by some as convenient but by others as a subscription/privacy risk.

Use cases and who EVs fit today

  • Consensus emerging: EVs work best for suburban households with off‑street charging, moderate daily mileage, and possibly a second ICE car for long trips.
  • City dwellers without guaranteed charging, and people who can only afford older used cars, are seen as poorly served by current offerings.

Future tech and unmet desires

  • Some postpone buying, waiting for solid‑state batteries that promise better range, durability, and charge times; current tech is seen as a soon-to-be-obsolete “interim.”
  • Others want cheap, simple EVs (or series-hybrids) with modest range, standardized non‑proprietary batteries, and no software complexity.
  • Towing capability and long-lifespan, “indestructible” EVs comparable to 1990s durable ICE sedans are also highlighted as missing.