
Written By Shubham Arora
Edited By: Shubham Arora | Published By: Shubham Arora | Published: Sep 30, 2025, 07:48 PM (IST)
Motorola is gearing up to launch its slimmest phone yet – the Moto X70 Air – with the company confirming its arrival in China later this October. The announcement was made on Weibo, where Motorola shared a teaser image that highlights the phone’s ultra-thin design. With this move, the brand is clearly setting up the X70 Air as a direct rival to Samsung’s Galaxy S25 Edge and Apple’s recently introduced iPhone Air, both of which are being marketed for their slim builds. Also Read: Realme GT 8 Pro To Come With User-Swappable Camera Islands: What To Expect
The teaser shows a side profile of the Moto X70 Air, revealing a slim design and a raised rear camera module. The handset is pictured in a green finish with a copper-accented camera housing, though more colour variants are likely. The image also highlights the phone’s right-side placement of volume and power buttons. While Motorola hasn’t shared its exact thickness, the device is speculated to measure between 5.6mm and 5.8mm, putting it in the same league as the iPhone Air (5.6mm) and Galaxy S25 Edge (5.8mm). Also Read: Upcoming Snapdragon 8 Elite Gen 5 Phones: Xiaomi, OnePlus, iQOO, Realme, And More
Alongside the slim build, the teaser hints at AI-powered features, which are expected to be one of the core highlights of the phone. On the performance front, the Moto X70 Air is rumoured to ship with Qualcomm’s latest Snapdragon 8 Elite Gen 5 chipset. Motorola has been confirmed as one of Qualcomm’s launch partners, which means the X70 Air could be among the first wave of smartphones to run on the latest flagship SoC.
The Moto X70 Air enters a competitive lineup, with several other brands – including Xiaomi, Honor, iQOO, OnePlus, and Realme – readying their own Snapdragon 8 Elite Gen 5-powered flagships for launch next month. Still, Motorola’s focus on delivering an ultra-thin design could give it an edge among buyers looking for a sleek yet powerful device.