The MacBook Neo earns a 6 out of 10 on iFixit's repairability scale, the most repairable MacBook in fourteen years. For a device positioned as Apple's most affordable laptop, this represents a significant break from the company's recent approach to hardware design. The laptop features less-painful keyboard repairs, and a screwed-in battery tray that marks a shift away from glued components.
The immediate appeal lies in what users encounter when they open the machine. After removing eight pentalobe screws, the lower case opens by hand with no picks or prying required. From there, the architecture speaks to thoughtful engineering. Most of the MacBook Neo's components are easily visible and accessible: the battery, speakers, USB-C ports, and trackpad. This represents a departure from recent MacBooks, where components sit buried under one another, requiring technicians to disassemble half the device to reach a single part.
Rather than being attached with adhesive, the battery is secured with screws, with iFixit noting the lack of battery adhesive as the biggest MacBook Neo repair win. This single design choice carries outsized significance. Glued batteries have long been a flashpoint for repair advocates, as they complicate replacements and raise safety concerns. In September 2025, Apple brought Repair Assistant to MacBooks running macOS Tahoe. This software tool makes it possible for consumers and independent shops to complete part calibration themselves.
Yet the picture includes genuine limitations. The laptop is built on an A18 Pro chip, which limits the machine to 8 GB of RAM, and storage comes in 256 or 512 GB configurations. Both are soldered to the logic board, meaning no upgrades are possible after purchase. For some users, this trade-off between immediate repairability and long-term extensibility may prove frustrating.
The repairability improvements make sense when viewed through the MacBook Neo's intended audience. For a machine aimed at schools and students, Apple had to do more than build a cheaper MacBook. It needed one that could survive student life and come back from it: cracked screens, tired batteries, damaged ports, and sticky keys are not edge cases in a classroom, they're the job description, and Apple seems to understand that.
This raises a practical question about Apple's broader strategy. For comparison, the 14-inch M5 MacBook Pro earned a 4/10 and the M4 MacBook Air got a 5/10. The Neo's superior score sits well above Apple's premium lines. Apple's motivation here appears commercial rather than ideological: repairability drives bulk education purchases, where school districts weigh lifetime operating costs alongside purchase price. The design may signal that Apple recognises repair accessibility as a legitimate value proposition in competitive segments, even if the premium products continue to prioritise thinness and integrated design.
The broader right-to-repair movement in Australia has been watching. Apple is letting Australians repair their devices with genuine parts at locations other than Apple Stores in a bid to get ahead of right to repair legislation currently being explored, expanding its Independent Repair Provider program to include Australia. The MacBook Neo's design aligns with that direction, though it remains unclear whether premium MacBooks will follow suit. For now, the education-focused machine stands as proof that affordability and repairability can coexist, challenging the assumption that modern computing devices must sacrifice one for the other.