Motorola razr 60 Ultra
The Motorola Razr 70 has leaked before its official global launch. A recent retail listing gives us a good idea of what the phone will offer. The upcoming foldable phone seems to focus on a solid mix of looks and everyday performance rather than pushing things to the extreme. Early details point to the same flip design we know, but with a better outer display and a smoother experience on the inner screen. Motorola also looks to be working on better battery life and making the phone easier to use day to day. Nothing has been confirmed officially yet, but these early leaks suggest a practical and sensible upgrade. If the price comes in where expected, the Razr 70 could be a great pick for anyone who wants a stylish foldable without spending too much.
The Motorola Razr 70 is expected to feature a 6.9-inch LTPO AMOLED inner display with a 120Hz refresh rate. On the outside, it’s anticipated to carry a 3.6-inch cover display with a 90Hz refresh rate and peak brightness of up to 1,700 nits.
The smartphone is also said to draw its power from MediaTek’s Dimensity 7450X chipset, which will likely pair with 8GB LPDDR5X RAM and 256GB UFS 3.1 storage. Out of the box, the device is rumoured to run on Android 16 with Motorola’s Hello UI.
The handset will also be said to pack a modest 4,800mAh battery which may be supported by 30W of wired and 15W of wireless charging. In the camera department the device may sport a dual 50MP rear camera setup along with a 32MP front camera. Apart from this, it is likely to earn itself an IP48 certification, making it dust and water-resistant.
The Moto Razr 2026 is also expected to come in grey, green, and white colour variants. In some leaks, there have been rumours that there would be a pink variant of the device.
Although there has not been any official word from the company, it is speculated that the Moto Razr 70 will launch worldwide on April 29. Furthermore, early reports suggest that it could cost around Rs 66,000, making it slightly more expensive than last year’s model.