Framework laptop bricked by a BIOS update, owner flashes the chip himself

The author bought a Framework Laptop 13 (AMD Ryzen 5 7640U with Radeon 760M graphics) in 2023, drawn to the company's promise of a repairable, upgradable, DIY-assembled machine with full Linux support. He built it himself, chose 32 GiB of RAM and a 1 TB SSD, and for three years used Framework's fwupd-based BIOS updates without incident.

On July 7, 2026, Framework emailed about BIOS 3.20, listing new hardware support, several bug fixes and five CVE security fixes (each listed with 'CVSS score N/A'). Wary of early bugs, the author waited, then ran the update on the morning of August 5, 2026. The system hung with a corrupted image on screen, a failed flash, and never recovered on its own even after being left for hours.

Framework support took one day and 8 hours to reply, and recommended unplugging the laptop and letting the battery drain, which did not fix it. Because the author's 1-year warranty had already expired, Framework's only offer was a new motherboard costing at least CA$500. Searching Framework's own forums, the author found other users hitting the identical BIOS 3.20 failure, with in-warranty owners getting free motherboard swaps and out-of-warranty owners getting no help, and found reports of similar BIOS-flash failures on this laptop model going back to at least March 2025. By the author's account, Framework has never publicly acknowledged the issue or said it was fixed.

The author contrasts this with older and competing hardware: his own first PC, a 22-year-old (2004) ASUS P4P800 SE, had a 'CrashFree BIOS 2' feature that could recover from a bad flash using a floppy disk or CD with the BIOS image. Dell laptops can recover the BIOS from USB or a recovery partition by holding Ctrl+Esc while plugging in power, and HP laptops have a similar 'HP Sure Start' recovery feature. The author concludes that on this point, Framework, despite marketing itself as the repairable choice, does worse than 'not-repairable' competitors, since a failed flash leaves no automatic recovery path at all.

Rather than pay for a new motherboard, the author decided to reflash the BIOS chip himself. Digging through the forum thread, he found that user @cesfahani had recovered an identical bricked screen using a Raspberry Pi and soldering skills, while @moparisthebest described a soldering-free alternative: pogo pins connected to a USB flash programmer, a method @David_Henry and @Richard6 also reported success with. The author bought roughly $20 worth of tools to attempt this pogo-pin approach himself, and documented the process, from identifying the BIOS chip and buying the programmer through extracting the BIOS image and connecting to the chip, in detail for others facing the same failure.

Key facts

Framework's BIOS 3.20 update, sent by email on July 7, 2026, bricked the author's Framework Laptop 13 (AMD Ryzen 5 7640U) when he installed it on August 5, 2026, leaving a corrupted, hung screen with no self-recovery.
With the 1-year warranty already expired, Framework support (which took one day and 8 hours to first reply) offered only a replacement motherboard costing at least CA$500.
Framework's own forums show other users hitting the same 3.18-to-3.20 flash failure, with in-warranty owners getting free swaps, out-of-warranty owners getting no help, and similar BIOS-flash failures on this model reported since at least March 2025.
The author contrasts Framework's lack of automatic BIOS recovery with a 22-year-old ASUS motherboard's 'CrashFree BIOS 2', Dell's USB/recovery-partition recovery, and HP's 'HP Sure Start', concluding Framework does worse here than 'not-repairable' rivals.
Following methods forum users @cesfahani, @moparisthebest, @David_Henry and @Richard6 had already tried, the author spent about $20 on tools, including a USB flash programmer and pogo pins, to reflash the BIOS chip himself without soldering.

Why it matters

Framework has built its brand on being the repairable, upgradable laptop, with swappable ports and a DIY assembly option. This account shows a gap in that promise: an official, vendor-pushed BIOS update can brick the machine, and once the 1-year warranty lapses, the vendor's own fix is a paid motherboard rather than any built-in recovery path. That undercuts the specific selling point, repairability, that draws buyers to Framework over mainstream laptop brands in the first place.

Who it affects

Owners of the Framework Laptop 13 with AMD Ryzen 7040-series hardware who install BIOS updates, particularly the 3.20 release, are directly at risk, and the account cites forum reports of the same class of failure on this model going back to at least March 2025. Anyone whose 1-year warranty has expired faces the worst outcome described here: no free fix, only a paid motherboard.

How to use it

The recovery route documented is external reprogramming of the BIOS chip rather than relying on the laptop to self-recover. Forum user @cesfahani used a Raspberry Pi with soldered wires; @moparisthebest described a soldering-free alternative using pogo pins clipped onto the chip and connected to a USB flash programmer, a method @David_Henry and @Richard6 also reported success with. The author bought about $20 in tools to attempt the pogo-pin method himself, though the text does not itemize exactly which tools made up that $20.

How solid is it

This is a single, detailed first-hand account, backed by screenshots of the failure screen and the support correspondence, and cross-referenced against multiple Framework forum threads describing the same 3.18-to-3.20 flash failure and the same in-warranty-versus-out-of-warranty split in Framework's response. Other forum users independently reported success with the pogo-pin flashing approach the author adopted, which corroborates the method, though it remains one person's story about one company's support process.

Risks and caveats

Recovering a bricked BIOS this way means buying extra hardware, opening the laptop, and connecting a flash programmer directly to the chip, which carries its own risk of damaging the board if done incorrectly. Framework's official position, as described here, does not include this method or acknowledge the underlying flash-failure issue at all, so anyone relying on it is working outside vendor support.

“It soon became apparent to me that if BIOS flashing on Framework fails and it doesn't automatically recover by itself, there was no recovery mechanism short of externally programming the BIOS chip. This was shocking on a product advertised as "repairable."”

— the laptop's owner, writing on his blog