Apple rolled out 3D Touch with the iPhone 6S in 2015, only to phase it out by the iPhone 11 in 2019 and strip software support in iOS 13‑14. The pressure‑sensitive concept lives on in the Camera Control button on the iPhone 16 and 17, but rumors suggest Apple may simplify it again for the iPhone 18.

3D Touch’s four‑year lifespan from iPhone 6S to iPhone 11

According to the source, the feature debuted on the 2015 iPhone 6S and was removed from the 2019 iPhone 11 lineup, marking a brief four‑year window of hardware support. Developers never fully embraced “peek and pop” gestures, and many users were unaware the capability existed, limiting its practical value.

Production costs and developer apathy likely drove the 3D Touch demise

The article notes Apple never gave an official reason for the removal, but cites higher manufacturing expenses and low usage as probable factors. Similar to the MacBook Pro Touch Bar, 3D Touch appealed to a niche audience, making it hard to justify continued investment.

Camera Control on iPhone 16/17 mirrors 3D Touch but faces reliability complaints

Apple introduced a new Camera Control button beneath the side button on the iPhone 16 and 17, using pressure variations to adjust zoom, exposure, and other settings. Users , including the source’s author, report the slide and double‑press gestures as unreliable, echoing past frustrations with 3D Touch.

Rumors of a stripped‑down Camera Control for the iPhone 18

Industry chatter, as cited in the source, suggests Apple may drop the capacitive layer on the upcoming iPhone 18 , keeping only basic pressure sensitivity for photo capture. The motive could be the ongoing global memory shortage and the belief that consumers never mastered the feature.

What remains unknown about Apple’s pressure‑sensitive roadmap

Key unanswered points include whether Apple will completely eliminate pressure gestures on future iPhones, how the company will address the memory shortage without sacrificing functionality, and if any third‑party apps might revive advanced pressure controls via software workarounds.