Apple Inc. plans to launch at least five new iPhone models through early 2027 [1].
This expansion signals a strategic shift to diversify the company's hardware portfolio and capture a larger share of the emerging foldable device market. By increasing production targets and exploring new supply chains, Apple aims to maintain its competitive edge against rivals already offering foldable screens.
Reports indicate the company has raised its production target for a foldable iPhone to 10 million units [2]. This goal suggests a move toward mass-market adoption of the form factor rather than a limited luxury release. The rollout of these new devices is expected to continue through early 2027 [3].
To support this growth, Apple is reportedly considering the use of Chinese-made chips. This move is intended to mitigate component cost pressures and ensure a steady supply of memory as the product lineup expands [4]. Diversifying the supplier base allows the company to manage the financial risks associated with high-volume production of complex new hardware.
While some reports suggest a broader release of 20 new products across 2026 and 2027, other sources focusing on the iPhone specifically cite five new models [5]. The company's focus remains on scaling the foldable technology to meet anticipated consumer demand.
Apple continues to refine its global product rollout strategy to balance innovation with manufacturing stability. The integration of new suppliers and the push for foldable technology represent a significant pivot in the iPhone's evolution since its inception.
“Apple plans to launch at least five new iPhone models through early 2027”
Apple's shift toward foldable devices and a larger variety of models indicates a response to stagnating smartphone growth and increased competition from Android manufacturers. By scaling production to 10 million units and diversifying its chip sourcing, Apple is preparing for a high-volume transition that prioritizes cost-efficiency and market penetration over its traditional slow-and-steady approach to new form factors.
