iPhone 18 Pro Max, 18 Pro launch soon: Leaked details on India price, design, display, battery and more

Published 6 July 2026 · tech

Apple's next-generation iPhone launch is nearing, and the rumour mill has already revealed plenty about what the upcoming iPhone 18 Pro and iPhone 18 Pro

Apple's next-generation iPhone launch is nearing, and the rumour mill has already revealed plenty about what the upcoming iPhone 18 Pro and iPhone 18 Pro Max could bring. If Apple follows its usual schedule, the new iPhones are expected to debut in September, with the Pro models likely taking centre stage this year. Reports suggest Apple could push the launch of the standard iPhone 18 and iPhone 18e to early 2027, making the premium Pro models the main focus of the September event. The iPhone 18 Pro series is expected to receive upgrades in several key areas, including performance, battery life, cameras and connectivity. While the overall design may remain familiar, leaks indicate Apple is working on meaningful refinements rather than a complete redesign. Read Full Story Smaller Dynamic Island, familiar design According to multiple leaks, Apple is expected to retain the overall design language seen on recent Pro iPhones. The iPhone 18 Pro lineup is tipped to continue with a triple rear camera setup placed on a large camera platform, although the company could refine the finish between the frame and rear panel for a cleaner appearance. The biggest visual change may be on the front. Apple is reportedly planning to reduce the size of the Dynamic Island, giving users slightly more screen space. Earlier rumours had suggested that Face ID components would move completely under the display, but recent reports claim that technology is still not ready. Well-known tipster Ice Universe has claimed that the Dynamic Island on the iPhone 18 Pro models could be around 35 per cent narrower than the current version. CAD renders and prototype images that have surfaced online also point towards a smaller cutout. Display sizes are unlikely to change. The iPhone 18 Pro is expected to feature a 6.3-inch display, while the Pro Max could continue with a 6.9-inch panel.

Apple is also tipped to switch to a more power-efficient LTPO+ display technology, which could help improve battery life. Thicker body could mean a bigger battery One of the more interesting leaks suggests that the iPhone 18 Pro Max may become slightly thicker than its predecessor. The device is rumoured to measure around 8.8mm thick, compared to 8.75mm on the previous generation. That small increase in thickness may allow Apple to fit a larger battery. Leaks suggest the iPhone 18 Pro Max could house a battery between 5,100mAh and 5,200mAh, up from the reported 5,088mAh battery on the iPhone 17 Pro Max. Combined with the expected efficiency gains from Apple's next chipset, battery life could once again be one of the biggest highlights of the Pro Max model. Battery details for the smaller iPhone 18 Pro are still unknown. Camera upgrades? Apple is also expected to improve the camera system this year. Reports suggest the company is testing a variable aperture system for the main camera, allowing users to adjust the amount of light entering the sensor. This could provide greater control over exposure as well as depth effects while taking photos. The company is also rumoured to adopt a new three-layer stacked image sensor developed by Samsung. The upgraded sensor is said to improve image quality by reducing noise, increasing responsiveness and offering better dynamic range. The telephoto camera may also receive an upgrade with a wider aperture for improved low-light photography. Some reports even suggest Apple is exploring teleconverter technology to improve zoom capabilities, although it remains unclear how the feature would be implemented. A20 chip and Apple's new modem Powering the iPhone 18 Pro lineup is expected to be Apple's new A20 chipset. According to leaks, the processor will be manufactured using TSMC's advanced 2nm process, which could deliver up to 15 per cent better performance while improving power efficiency by around 30 per cent compared to the previous generation.