Akan Rilis Agustus Mendatang, Berikut Bocoran Spesifikasi Honor Robot Phone!

Spesifikasi	Honor Robot Phone
Desain	Robotic camera hidden inside, titanium alloy chassis, color options Moon Shadow Gray and Star Rail Silver
Layar	Flat display measuring 6.3–6.4 inches, 1.5K resolution, ultra‑thin symmetrical bezel Redmi Note 17 tawarkan baterai 8.000mAh dan teknologi AI anti penipuan! 👤 anindya • 20/07/2026
Chipset	Qualcomm Snapdragon 8 Elite Gen 5, also known as Snapdragon 8E5
RAM & ROM	Unannounced RAM capacity, storage up to 1 TB Lebih dari 55 rekomendasi ponsel terbaik untuk tahun 2026, dimulai dari harga 1 jutaan rupiah! 👤 anindya • 18/07/2026
Kamera Belakang	200 MP main sensor + 50 MP ultrawide + 200 MP periscope telephoto
Sistem Kamera	4DoF Gimbal System with 360° rotation, pan/tilt/roll movements, AI Object Tracking, AI SpinShot 90°/180°, combined 3‑axis mechanical and AI stabilisation
Fitur Video	Master Movie Mode, C‑Log, LUTs, lock focus, lock white balance, lock exposure (AE), camera motion data, partnership with ARRI
Sistem Operasi	AgenticOS powered by AI, featuring Qwen AI model and local YOYO AI
Fitur AI	Intent‑driven interaction, natural conversation, proactive intelligence, native cross‑device collaboration, AI agent coordination
Fitur Robotik	AI Video Calling, camera tracking user, nodding, shaking head, dancing to music, Embodied AI Interaction

Also read: Specs for Honor X7e Plus 5G: Powered by Snapdragon 4 Gen 4!

Desain dan Build

The Honor Robot Phone introduces a completely fresh concept that sets it apart from typical smartphones. Honor even labels it as “A New Species of Smartphone” because it merges smartphone technology with robotics into a single device. Its core innovation is a hidden robotic camera module integrated within the body.

When the camera is activated, the module automatically extends and moves according to the user’s needs, then retracts back into the body once the operation is finished, keeping the device looking sleek. Honor offers two colour choices: Moon Shadow Gray and Star Rail Silver. Ahead of its official launch, the phone has begun accepting reservations in China.

To support this mechanism, Honor employs a titanium‑alloy structure that is both stronger and lighter, although production costs are reportedly three times higher than standard aluminium. The robotic camera system comprises nearly 100 extra components and goes through more than 60 assembly stages to ensure precise operation of every part.

The smartphone is equipped with four specialized motors using multi‑pole magnetization technology, including a micro‑motor about 6 mm in diameter—one of the smallest ever used in a phone. Thanks to this design, Honor manages to deliver a robotic camera without making the device excessively bulky.

Layar

Even though the robot‑technology is the main attraction, Honor still equips the Robot Phone with a flagship‑class display. According to leaked information, the handset uses a flat display panel measuring roughly 6.3‑6.4 inches with a 1.5K resolution. The screen features extremely slim and symmetrical bezels on all four sides, delivering a modern look and comfortable one‑handed use for various tasks.

This screen size was selected to ensure the device remains comfortable to hold and operate with a single hand, despite the relatively complex mechanical camera system located at the top of the body. Honor has not yet disclosed official details on refresh rate, brightness levels, or the specific panel type. All these specifications are expected to be announced together with the official launch of the Honor Robot Phone.

Also read: Specs for HONOR Watch 6: Battery lasts up to 35 days!

Kamera

The camera subsystem is the main attraction of the Honor Robot Phone. According to leaked specs, the device features three rear cameras: a 200 MP primary sensor with f/1.6 aperture (23 mm), a 50 MP ultrawide lens, and a 200 MP periscope telephoto module. All camera components are integrated with Honor’s imaging technology to deliver flagship‑level photo and video quality.

The standout feature is the 4DoF (Four Degrees of Freedom) Gimbal System, the first of its kind in the smartphone market. Unlike conventional OIS, this camera can physically move in multiple directions to maintain stability while shooting photos or recording video.

The lens can rotate a full 360 degrees and supports automatic pan, tilt, roll, and rotation motions to suit varied shooting scenarios. Honor has engineered its own motors, modules, and gimbal mechanics for this purpose.

When idle, the camera retreats into the handset’s body and automatically deploys when needed, keeping the device compact. The system uses a micro‑motor that is about 70 % smaller than comparable solutions on the market. For professional video work, Honor partnered with ARRI, a leading cinema camera brand.

Thanks to this collaboration, the Robot Phone offers advanced video tools such as Master Movie Mode, C‑Log, LUTs, lock focus, lock white balance, lock exposure, and camera motion data—features previously reserved for professional cinema cameras. It also includes AI Object Tracking that can identify subjects, anticipate their movement, and maintain focus even if the subject is briefly occluded.

Additionally, the AI SpinShot feature lets the camera swivel automatically by 90 or 180 degrees to create more cinematic transitions. All of these capabilities are enhanced by a combination of 3‑axis mechanical stabilisation and an AI‑driven stabilisation engine, ensuring smooth footage even when the user is moving briskly.

Chipset dan Performa

The Honor Robot Phone is positioned as a flagship smartphone and is expected to be powered by the Qualcomm Snapdragon 8 Elite Gen 5, also referenced as the Snapdragon 8E5 in some leaks. This chipset serves as the core processor, handling AI tasks such as image processing, the operation of the robotic camera system, and running AgenticOS along with the local YOYO AI model directly on the device.

These performance capabilities are also leveraged for object recognition, subject tracking during video capture, and various real‑time AI processes. While Honor has not yet officially disclosed the RAM capacity, the device is rumored to offer substantial memory options.

Leaked information suggests the Robot Phone will come with up to 1 TB of internal storage. This large capacity is intended for storing high‑resolution videos, large files, and to support on‑device AI processing. Due to rising global memory costs, the 1 TB variant is expected to carry a premium price tag.

As the first product to integrate AgenticOS, the Honor Robot Phone introduces a partner‑type multimodal intelligent operating system that can interpret user intentions, formulate action steps, and execute tasks automatically.

During its official demo, the smartphone demonstrated the ability to handle complex commands such as ordering a birthday cake, arranging transportation to a restaurant, booking a karaoke room, adding meeting schedules, setting alarms, adjusting screen brightness, and summoning online transport services—all without the user having to switch between multiple apps.

For payment transactions, the system still requires confirmation as a security measure. Honor has partnered with Alibaba, utilizing the Qwen AI model, to enable AgenticOS features that include intent‑driven interaction, natural conversation, proactive intelligence, native cross‑device collaboration, and coordination among AI agents within a unified ecosystem.

Also read: Specs for HONOR X80 Pro Max: Features an 11,000 mAh battery

Fitur Robotik

In addition to its robotic camera, the Honor Robot Phone introduces physical interaction features unlike any previous smartphone. During video calls, the camera automatically tracks the user’s position to keep the face framed.

The robotic camera can also mimic small‑robot gestures, such as nodding in agreement, shaking its head to disagree, or moving to the rhythm of music, creating a more lively and interactive user experience.

All these capabilities are powered by Embodied AI Interaction—a multimodal embodied AI system that lets the device understand voice, recognise user gestures, and interpret surrounding environmental conditions. After processing this information, the AI generates natural physical responses from the robotic camera.

Through this approach, Honor aims to deliver a more expressive interaction experience, moving beyond traditional touchscreens and voice commands to enable the Robot Phone to communicate through robot‑like movements.

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