Documents from a “bendgate” lawsuit show Apple's tests found iPhone 6 and 6 Plus were 3.3x and 7.2x more likely to bend than 5S; Apple later made changes to fix
Jason Koebler / Motherboard :
Context & Ripple Effects
The bendgate story has been circling since 2015, when a purported iPhone 6S case analysis suggested a stronger, Bendgate-proof frame was coming — evidence the industry treated the bending as a design problem Apple would engineer away. What is new here is the paper trail: documents surfaced in a bendgate lawsuit put numbers on what Apple knew internally, with its own tests rating the iPhone 6 and 6 Plus at 3.3x and 7.2x the bend likelihood of the 5S.
That matters because it converts an anecdote from 2014 into documented pre-launch knowledge, and because Apple's response pattern is already visible in the record — the same generation that got structural fixes also got new gaskets and seals making the 6s less prone to liquid damage, a broader quiet-hardening of the lineup after publicized failure modes.
First-order effects
- Plaintiffs in the bendgate lawsuit now hold Apple's own comparative test data, shifting the dispute from whether bending occurred to what Apple knew before shipping the larger phones.
Second-order effects
- The documented fix cycle feeds the third-party repair ecosystem's case for scrutiny — the same Motherboard reporting line that later tracked iPhone 7 and 7 Plus audio chip failures surfacing through independent repair shops shows post-launch defects being diagnosed outside Apple first.
Third-order effects
- If the pattern holds, Apple's answer to litigated failure modes is tighter internal quality instrumentation and parts control — visible later in [[a:844723|microscopic QR codes on displays that cut suppliers' faulty screen report rates from 30% to 10%]] and in secretly marked parts used against retail fraud — pushing repair and defect knowledge further inside Apple's walled system.
The trend: Litigation is forcing Apple's internal reliability testing into the open, and each disclosed failure mode has pushed the company toward more conservative hardware revisions and tighter control over parts and repair data.