A Framework Laptop 13 BIOS update from July 2026 has bricked some AMD Ryzen 7040-series laptops, leaving devices stuck on the update screen. Framework is replacing affected mainboards, in and out of warranty, while it investigates the cause. The incident matters because it happened during a routine update, not an experimental one.
What actually happened
The problematic update is BIOS version 3.20 for Framework Laptop 13 machines with AMD Ryzen 7040-series chips, released in July 2026 and still live on Framework's site as of 20 August 2026, according to The Verge. Some users reported laptops stuck mid-update on both Windows and Linux. Framework founder Nirav Patel told The Verge, "We've received reports of a small percentage of Framework Laptop 13 7040 Series BIOS updates resulting in non-bootable boards and are investigating the root cause of the issue." Patel said Framework is replacing in-warranty mainboards and making exceptions for out-of-warranty units confirmed to have failed from the stable-release update. External PR representative Jim Redner said affected units remain a "small percentage" of the total.
How we got here
Framework built its reputation on repairable, modular laptops, letting owners swap parts instead of replacing whole machines. The Laptop 13 with 7040-series AMD chips has been one of its most popular configurations. BIOS updates typically improve stability or security, but they carry risk because a failed flash can leave a board unable to start. Some owners already found workarounds, using external BIOS programming tools to revive their boards without waiting for Framework's response, as reported by The Verge. Before this incident, Framework had not faced a widely reported bricking issue tied to a routine, non-beta BIOS release.
Why this matters for you
For current Framework Laptop 13 owners with 7040-series chips, the immediate step is checking mainboard status before installing further BIOS updates. Owners with bricked boards should contact Framework support, since replacements are available even outside the one-year warranty in confirmed cases. For builders and repair-focused hardware companies, the episode is a reminder that modularity does not eliminate firmware risk. Framework's planned Crisis Recovery Mode could set a template other repairable-hardware makers adopt, letting a failed update be fixed locally instead of requiring a full board swap. That matters for anyone betting on right-to-repair hardware, including wearables and future smart-glasses platforms that will also depend on firmware updates.
The bigger question
If a modular, repair-friendly laptop can still be bricked by an official firmware update, what does that mean for trust in updates across other hardware categories, including wearables and AR glasses that depend on frequent software pushes to keep working? Should recovery features like Crisis Recovery Mode become a standard requirement before any connected device ships, instead of something added only after failures are reported?
What to watch
Framework said Crisis Recovery Mode is already live on its latest Framework Desktop BIOS release. The company plans to bring the feature to Framework Laptop 12, 13, and 16 before the end of 2026, per Framework's statement. Owners waiting on mainboard replacements should watch Framework's community forums for updates on timelines and confirmed cases.
