Motorola has officially confirmed that its latest flagship smartphone, the Motorola Signature, will arrive in India on January 23. Following a global reveal at CES 2026 earlier this month, the phone is listed on Flipkart, revealing key details about its processor, battery technology, and design.
New Battery Tech and Processor
The device is confirmed to run on a Snapdragon 8 series chipset—likely the new Gen 5 seen in global models—paired with up to 16GB of RAM and 1TB of storage.
One of the standout features is the 5,200mAh silicon carbon battery. This newer battery technology allows manufacturers to pack more capacity into a smaller space. As a result, the phone manages to stay incredibly thin at just 6.99mm while still offering substantial power. It also supports Dolby Atmos and Sound by Bose for audio duties.
Cameras and Design
Motorola is continuing its partnership with Pantone, offering the phone in two specific shades: Martini Olive and Carbon. Despite the slim profile and light weight of 186g, the phone uses an aluminium frame for durability.
For photography, the back of the phone houses a triple-camera setup. This includes a 50-megapixel main sensor (Sony LYT-828) and a telephoto lens capable of 3.5x optical zoom, allowing for clear close-ups from a distance.
Expected Price in India
While the final sale price hasn’t been announced, a leak of the box packaging suggests an MRP of Rs. 84,999 for the top-end 1TB model. However, the selling price on Flipkart is usually lower than the printed MRP.
For context, the phone costs around €900 (approx. Rs. 82,000) in Europe. If Motorola prices this aggressively in India, it could be a strong competitor against the upcoming flagships from Samsung and Google.
Market Impact
The Motorola Signature is trying to solve a specific problem: making phones thin again without killing the battery life. By using silicon carbon batteries, they are pushing a trend that other brands might soon follow. This launch puts Motorola back in the conversation for premium buyers who want high performance without a bulky device.
