Mac Pro needs little to no tooling for basic fixes and upgrades, scores a 9/10 on repairability; components are modular but some are proprietary, like SSD cards
Teardown of the reinvented 2019 Mac Pro, which returns to a properly repairable design that happens to not grate cheese very well.
Context & Ripple Effects
After years of sealed hardware — the [[a:828358|2015 MacBook scored 1/10 with its battery glued down and CPU, RAM, and flash soldered to the logic board]], and the 2018 iMac Pro managed just 3/10 with a soldered GPU — iFixit's teardown of the reinvented Mac Pro marks a sharp reversal: little-to-no tooling for basic fixes, a 9/10 score, and genuinely modular internals.
The catch is that modularity is bounded by Apple's own definitions: components are swappable, but some — notably the SSD cards — remain proprietary, a constraint that recurs in later machines like the 2024 Mac mini's replaceable-but-proprietary SSD module.
First-order effects
- Mac Pro buyers can perform basic fixes and upgrades themselves without tools or service appointments, but storage expansion runs through Apple-defined proprietary SSD cards rather than commodity drives.
Second-order effects
- A third-party market for Mac Pro modules becomes viable where parts are standard, while the proprietary SSD keeps Apple in control of the highest-margin upgrade path; the contrast with the iMac Pro's soldered GPU pressures Apple to justify which components get locked down.
Third-order effects
- If the pattern holds through later releases like the MacBook Neo, the most repairable MacBook in roughly 14 years with no parts-pairing issues, repairability shifts from an afterthought to a design criterion across Apple's lineup — narrowing one of the strongest arguments of the right-to-repair movement.
The trend: Apple's hardware is moving along a repairability arc from fully soldered designs toward selective modularity, with proprietary parts marking the line between user serviceability and vendor lock-in.