iPhone Duo Could Take Nearly 30% of Foldable Market in 2027
Apple is projected to capture 29.8% of the global foldable smartphone market by 2027, according to a recent TrendForce forecast.

Apple could secure nearly 30% of the global foldable smartphone market by 2027. This projection comes from the latest market intelligence forecast published by TrendForce.
Key highlights from the TrendForce report: - Apple's market share in shipments is projected to rise from 24.8% in 2026 to 29.8% in 2027. - Samsung is anticipated to keep the top spot, though its share will drop from 35.1% to 31.9%. - Huawei will follow in third place, with its share decreasing from 24.8% to 21.3%. - Roughly five million iPhone Duo units are expected to ship in 2026.
Market Forecasts and Shifts
According to TrendForce, Apple's expanding presence will noticeably alter the competitive landscape of foldable smartphones. While Samsung is expected to maintain its leading position, its overall market percentage will face a decline. Huawei is similarly projected to experience a drop in market share, positioning itself behind Apple in third place as foldable adoption continues to evolve.
User Feedback and Hardware Challenges
Read alsoGalaxy Z Fold 8 sales jumped 20 percent after iPhone Duo launchEarly user reception of the iPhone Duo has proven to be mixed. Consumers have praised the split-screen multitasking capabilities and the immersive viewing experience provided by the unfolded display. On the downside, certain applications still exhibit black borders or fail to utilize the full screen properly. Additionally, reports concerning damaged screens and steep repair estimates have highlighted potential ownership costs.
The Advantage of Apple's Ecosystem
TrendForce notes that Apple's deep integration of custom silicon, the operating system, and its robust developer ecosystem serves as a major strategic advantage. As app compatibility matures and hardware durability improves, the iPhone Duo is expected to pivot foldable market competition toward multitasking efficiency and software optimization.



