Motorola Edge 60 Pro Leak Hints at Triple Rear Camera Setup in New Live Renders
Motorola Edge 60 Pro Surfaces in Leaked Renders Ahead of Official Debut
Motorola seems to be gearing up for the launch of the Edge 60 Pro, the rumored successor to last year’s Motorola Edge 50 Pro. The previous model was introduced in India in April 2024, powered by Qualcomm’s Snapdragon 7 Gen 3 chipset. Now, the upcoming Edge 60 Pro has surfaced in a set of leaked live renders, hinting at its design and some of its key hardware features. This model is expected to feature MediaTek’s Dimensity 8350 processor and pack a 5,100mAh battery, paired with support for 68W fast wired charging.
The leaked renders were shared by Xpertpick in collaboration with known tipster Sudhanshu Ambhore. The images reveal the smartphone in a sleek black finish with a curved-edge display that blends into the frame. Much like its predecessor, the rear panel shows a triple camera setup positioned within a square-shaped module located in the upper left corner. An LED flash is also visible in the module. The overall camera placement and design closely resemble the Motorola Edge 50 Pro, maintaining a familiar aesthetic.
Interestingly, the renders suggest that Motorola might be continuing its premium design approach with the Edge 60 Pro. The back panel appears to feature a vegan leather finish, adding a touch of sophistication and grip to the device. At the center of the rear panel sits the iconic Motorola “batwing” logo. These leaked images, believed to be from a certification process, offer a glimpse into the final hardware look before the handset’s formal unveiling.
Although Motorola has yet to confirm any official specifications or launch timeline, the presence of these live renders indicates that an announcement may be imminent. With a rumored MediaTek chipset, high-capacity battery, and a triple-camera setup, the Edge 60 Pro seems to be aiming for the upper mid-range market. As we await official details, fans and tech enthusiasts can look forward to a refined design and a performance-oriented upgrade from the previous model.
