The new MacBook Neo has officially been crowned the most repairable Apple laptop in over a decade. According to an in-depth teardown by iFixit, the device marks a significant departure from Apple’s long-standing trend of near-impossible DIY fixes, earning a repairability score of 6 out of 10.
The Battery Breakthrough
The standout feature in the Neo’s design is the battery assembly. While previous MacBook iterations relied heavily on industrial adhesives that made battery swaps hazardous and difficult, the Neo utilizes a tray secured by 18 screws. Despite the high screw count, iFixit emphasized that “screws still beat adhesive every time,” a design choice that triggered widespread approval among repair technicians.
Design Improvements and Modular Components
Beyond the battery, the MacBook Neo incorporates several structural changes that simplify the repair process. These include a flat disassembly tree, a more accessible display and keyboard, and modular ports. Perhaps most importantly, the device’s Repair Assistant software appears to integrate replacement parts without the restrictive “parts pairing” errors that have previously hindered independent repair efforts.
A Shift from the “Glue Era”
This development is a stark contrast to Apple’s 2012 design pivot, which introduced the Retina Display MacBook Pro. That era was defined by a push to centralize repairs within Apple-authorized channels, leading to components like memory and batteries being permanently glued into chassis. That design shift famously earned the 2012 models a dismal 1 out of 10 repairability score from iFixit.
The industry has seen mounting pressure on Apple to change its stance. Following intense criticism regarding its lobbying against right-to-repair legislation and the implementation of parts pairing barriers, legal shifts in states like Oregon have forced the company to relax restrictions on device maintenance.
Remaining Limitations
Despite the praise, the MacBook Neo is not a fully modular machine. The RAM and storage remain soldered to the logic board, rendering them impossible to upgrade after purchase. However, iFixit concludes that for a modern MacBook, the trade-off is acceptable. The components most prone to failure—batteries, displays, and ports—are now more accessible and easier to service than they have been in nearly 14 years, signaling a more sensible internal layout for the future of the product line.