All phones sold in the EU to have replaceable batteries from 2027

Original Article ↗ Hacker News Discussion ↗

Overall sentiment

  • Many commenters welcome the rule as pro‑consumer and pro–right‑to‑repair, comparing it to the USB‑C mandate.
  • Others are skeptical, arguing it solves a secondary problem (batteries) while software and radios obsolete phones first, or that most users don’t actively ask for replaceable batteries.

What the regulation actually requires

  • Batteries must be removable with “commercially available” tools; specialized tools can’t be required unless included for free.
  • No heat, solvents, or proprietary tools are allowed for battery removal.
  • There is an alternative path: if a device is at least IP67/68 and the battery still has ≥83% after 500 cycles and ≥80% after 1000 cycles, it can avoid the “layman‑replaceable” requirement.
  • Separate EU rules already mandate ~5 years of OS/security updates and 7+ years of spare‑part availability.

Waterproofing, size, and design trade‑offs

  • One camp claims sealed/glued batteries enable thinner, stronger, more water‑ and dust‑resistant phones, and most buyers prefer that.
  • Others counter with concrete examples (Galaxy S5, rugged Samsung/Xcover lines, Japanese/Kyocera phones, watches, GoPros) that combine IP67/68 and user‑swappable batteries, arguing gaskets and screws are sufficient.
  • Some note rubber gaskets wear and must be replaced with each battery change; others say that’s solvable engineering, not a show‑stopper.

Planned obsolescence, cost, and e‑waste

  • Many see sealed batteries and high official replacement prices (vs. cheap cells) as deliberate obsolescence, especially when a weak battery is the main reason to upgrade.
  • Counterpoint: flagship vendors already offer long software support and relatively affordable battery swaps; some users happily pay ~€70–120 every few years.
  • Several argue the main environmental win is either:
    • Longer‑lasting batteries via the 1000‑cycle standard, or
    • Making independent repair cheap and routine, not necessarily user hot‑swap.

Practical repair and parts supply

  • Commenters stress that repairability only matters if:
    • OEM or high‑quality compatible batteries are actually available for many years.
    • Designs don’t require breaking glass, voiding water resistance, or risking fire to swap a cell.
  • Some want standardized battery formats or at least fully documented specs to avoid “black‑market” or unsafe packs.

Beyond batteries: software and openness

  • Multiple comments say security updates and app support are a bigger driver of obsolescence than batteries.
  • Desired future regulations: unlockable bootloaders, mandatory long‑term firmware support, SD card slots, non‑soldered storage/RAM, and broader right‑to‑repair for laptops and EVs.

Concerns and uncertainties

  • Fears that:
    • Cheap phones may get bulkier or less durable.
    • Manufacturers may game the 1000‑cycle rule via conservative charge limits or understated capacity.
    • Regulation could increase prices in the EU or produce only minimal real‑world lifespan gains.