Sacramento: Several leading Android brands, including Samsung, OnePlus, Oppo, and Vivo, have already introduced foldable smartphones, setting a competitive standard in the industry. Huawei has pushed boundaries with triple-folding designs, while Oppo has impressed with its ultra-thin foldable device that delivers a premium smartphone experience without the usual bulk. With such rapid advancements in the foldable segment, the big question remains—when will Apple unveil its first foldable iPhone?
Apple is known for its meticulous approach to new technology, often taking its time before stepping into emerging markets. However, when the Cupertino-based giant does make its move, it tends to set new benchmarks. Now, according to renowned analyst Ming-Chi Kuo, fresh leaks suggest that Apple’s first foldable iPhone is in the works and could debut by late 2026 or early 2027.
Expected Price: It Won’t Come Cheap
Apple’s foldable iPhone is expected to carry a premium price tag. As per Kuo’s insights, the device could launch at a starting price exceeding $2,000 (approximately Rs 1,74,000). If this is the pricing in the US market, Indian buyers can expect an even higher price point, as Apple products are typically more expensive in India due to import duties and taxes.
For context, Samsung’s Galaxy Z Fold 6 starts at Rs 1,64,999, a price tag many already consider steep. However, with the rumored pricing of Apple’s foldable iPhone, Samsung’s offering might soon seem more affordable in comparison. There are even reports speculating that the price could surpass $2,500, making it one of the most expensive smartphones ever.
Foldable iPhone Design & Specifications
The leaked information suggests that Apple’s first foldable iPhone will adopt a book-style design, placing it in direct competition with devices like the Samsung Galaxy Z Fold series. Some of the key design elements and specifications include:
- Display: A 7.8-inch inner screen paired with a 5.5-inch outer display.
- Crease-Free Technology: Apple is reportedly working on eliminating screen creases, a common issue with current foldable phones.
- Build Quality: A premium titanium alloy body, ensuring durability while maintaining a lightweight form.
- Hinge Mechanism: A mix of titanium and stainless steel for added strength and longevity.
- Thickness:
- Unfolded: As slim as 4.5 mm, making it one of the thinnest foldable devices.
- Folded: Expected to be between 9 mm and 9.5 mm thick.
Camera & Security Features
The foldable iPhone is rumored to feature a dual-lens rear camera system and a front-facing camera that will function in both folded and unfolded modes. However, one of the biggest surprises in the leaks is the potential removal of Face ID. Instead, Apple might integrate a side-mounted Touch ID button, which could help save internal space.
While Face ID has been a defining feature of iPhones for years, some fans might be disappointed by this change, as Face ID offers seamless authentication and enhanced privacy. However, since these details are based on leaks and speculations, users should take them with a pinch of salt.
AI-Powered Foldable iPhone
Apple is expected to position its foldable iPhone as an AI-centric device, leveraging its larger screen for improved multitasking and AI-driven applications. This aligns with Apple’s recent efforts to integrate AI-powered software enhancements into its ecosystem.
Production & Launch Timeline
According to leaks, Apple is likely to finalize the foldable iPhone’s specifications by mid-2026, with mass production starting in late 2026. If everything goes as planned, the device could hit the market by the end of 2026 or early 2027. Additionally, a second-generation model may follow as early as 2028.
Final Thoughts
With a rumored premium design, high-end materials, and cutting-edge AI features, Apple’s first foldable iPhone is shaping up to be a luxury device for tech enthusiasts. However, with a price tag exceeding $2,000, it remains to be seen whether consumers will be willing to invest in Apple’s foldable vision. The tech community’s reaction and the device’s real-world performance will ultimately determine its success in the market.
