iFixit AirPods Max 2 Teardown Reveals Same Design and Repairability Issues

Repair site iFixit has published a teardown of Apple’s new AirPods Max 2, and the findings suggest the update is far more incremental than revolutionary.

According to the teardown, the AirPods Max 2 are “basically the same” as the original 2020 model, with only minor internal adjustments rather than a significant redesign or major hardware overhaul.

The analysis indicates that Apple has largely retained the same structural design, materials, and internal layout, reinforcing the idea that this generation is focused more on refinement than reengineering.

While Apple has made updates to the product over time, including software-level improvements and small hardware tweaks, the teardown suggests the core architecture of the AirPods Max line remains closely tied to the original version released in 2020.

The teardown of the AirPods Max 2 by iFixit suggests that the new model is almost entirely unchanged internally compared to the USB-C version of the original AirPods Max.

According to the analysis, the internal layout and disassembly process are effectively identical, with the only meaningful hardware change being updated H2 chips inside each earcup. Beyond that, there are no major redesigns to components, structure, or repair accessibility.

iFixit also notes that Apple has not addressed long-standing issues reported with the lineup, including condensation buildup inside the earcups in humid conditions. Additionally, there are still no official repair manuals or replacement parts available through Apple’s self-service repair program for these headphones.

The lack of design changes also means repairability remains essentially the same as before. The previous generation received a repairability score of 6/10 from iFixit, and the AirPods Max 2 is expected to fall into a similar range.

Overall, the teardown reinforces the view that this update is primarily an internal chip refresh rather than a meaningful redesign focused on durability or repairability improvements.