iPhone 16 Pro and Pro Max teardown: great modularity upgrades and better repairability due to a dual-entry design and a metal enclosure for the 16 Pro's battery
We first cracked into the iPhone 16 lineup over the weekend, and we were impressed. The vanilla iPhone 16 earned a respectable 7 out of 10 repairability score.
Context & Ripple Effects
Apple's recent teardown arc shows a hardware-level shift toward more accessible internals: the iPhone 14 introduced front-and-back access through a metal midframe, and the iPhone 15 Pro Max redesigned its frame to make back-glass work easier.
The iPhone 16 Pro models extend that direction with modularity changes. But the prior 15 Pro Max teardown also reported software restrictions that complicated repairs, making this a meaningful physical-design improvement rather than a complete repairability solution.
First-order effects
- Repair technicians and owners gain more direct access routes to iPhone 16 Pro components, reducing the physical complexity of certain repairs.
- The 16 Pro's metal battery enclosure adds a more service-oriented battery design, while the Pro and Pro Max receive the dual-entry internal layout.
Second-order effects
- Independent repair providers can prioritize workflows and parts support around the more modular Pro architecture, though software controls may still constrain which repairs can be completed independently.
- Apple's Pro hardware design is moving closer to the repair-friendly layout established on the non-Pro iPhone 14, narrowing a design distinction that previously made some flagship repairs harder.
Third-order effects
- If Apple continues pairing dual-entry layouts with replaceable, mechanically secured components—as later seen in the 17 Pro's screwed-in battery—repairability may become a more consistent chassis-design criterion across premium iPhones.
- The larger constraint may shift from physical access to the interaction between modular hardware and software authorization, determining whether easier disassembly translates into broadly accessible repair.
The trend: This is one data point in Apple's gradual move toward more modular iPhone hardware, while software controls remain central to the practical repair experience.