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New Delhi: The Mobile World Congress (MWC) 2026 is currently going on, where many brands have introduced their concept and a range of products. Highlights include Honor’s Robot Phone, Leica’s Leitzphone by Xiaomi, Motorola Razr Fold, and much more. Now let’s see some of the products that were debuted at the MWC event.
Honor Robot Phone
Honor has offered a closer look at its upcoming Robot Phone, which is built around a motorized pop-up camera with a four-degree-of-freedom gimbal system. There is a smallest micro motor, 70% smaller than existing units, enabling the compact camera head capable of tilting and rotating 360 degrees and performing programmed movements.
Primary camera features a 200MP sensor with three-axis stabilisation, along with additional conventional rear cameras housed beneath a fold-away panel. Honor has also added modes such as Super Steady Video, AI Object Tracking, and AI SpinShot with 90- and 180- degree automated rotations, focusing on replicating dedicated handheld gimbal functions within a smartphone form factor.
Xiaomi and Leica
Xiaomi announced the Xiaomi 17 Ultra, which is developed in partnership with Leica. The device centers photography, comes with a 1-inch 50MP main camera sensor, a 200MP telephoto camera sensor, and a 50MP ultra-wide camera sensor. It also comes with a physical zoom ring integrated around the camera module.
The device also offers a 6.9-inch OLED display with a 120Hz refresh rate and peak brightness of 3,500 nits. It is equipped with a 6,000mAh silicon-carbon battery. It runs on the Qualcomm Snapdragon 8 Elite Gen 5 processor.
Lecia has also unveiled the co-branded Letizphone by Xiaomi at the show, built on largely the same hardware platform as the Xiaomi 17 Ultra. It also retains a 1-inch sensor and mechanical camera control ring but adds a Leica-designed interface with simplified shooting layout, monochrome mode, and custom Leica filters.
Motorola Razr Fold
It comes with the first book-style foldable device, featuring a 6.6-inch external display that opens into an 8.1-inch 2K LTPO internal screen. It is powered by the Qualcomm Snapdragon 8 Gen 5 platform, coupled with 16GB of RAM and up to 1TB of storage, and houses a 6,000mAh silicon-carbon battery with 80W wired and 50W wireless charging.
It comes with the 50MP Sony LYTIA 828 main camera sensor with 8K and Dolby Vision recording, a 50MP periscope telephoto camera sensor, a 50MP ultra-wide with macro support, a 32MP internal selfie camera, and a 20MP external camera.
Razr Fold also supports the Moto Pen Ultra stylus, which provides an pressure sensitivity, tilt detection, low latency, and palm rejection for note-taking, sketching, and document annotation. The device can be positioned in laptop and tent modes for multitasking, hands-free video and content capture, with the hinge enabling it to function as a built-in stand.
Motorola has also stated that the device carries top DXOMARK rankings for foldable cameras in North America and integrates AI features designed to enhance imaging, productivity, and system performance.
Honor Magic V6
Honor also unveils its Magic V6, which it promises is the thinnest foldable in its class, measuring 8.75mm when folded and 4.0mm when open in the white variant. The book-style foldable is powered by the Qualcomm Snapdragon 8 Elite Gen 5 chip, paired with 16GB of RAM and 512GB of storage.
Camera hardware includes two 50MP sensors along with a 64MP telephoto lens, plus a 20MP selfie camera on both the cover and inner displays. It houses a 6,660mAh battery with 25% silicon content, while the China-exclusive version is rated at over 7,000mAh with 32% silicon content.
Honor Humanoid Robot
Honor also outlined its Augmented Human Intelligence strategy and used the platform to preview a humanoid robot. The robot has been positioned as an exploration of embodied intelligence, by reflecting the Honor’s efforts to integrate motion, spatial awareness, and AI-driven interaction into future devices.
Honor’s human-centric AI Vision, the humanoid robot, is intended to demonstrate how intelligent systems could move beyond screen-based interfaces into physical, real-world environments. The concept is part of a longer-term push towards combining hardware innovation and advanced AI to create more adaptive and interactive machines.
English (US) ·