HONOR

HONOR is a global AI device ecosystem company expanding from smartphones and smart devices into the emerging field of embodied intelligence and robotics.

Best known for its smartphones, foldable devices, PCs, tablets and other intelligent consumer products, HONOR has increasingly focused on the convergence of AI, hardware, software and physical interaction.

In 2026, the company officially expanded into humanoid robotics with the HONOR Robotics product line, introducing humanoid platforms including D1 (Lightning) and A1.

Rather than approaching robotics solely as a traditional industrial automation business, HONOR is exploring a consumer-oriented model in which artificial intelligence can move beyond screens and into the physical world.

Its robotics strategy combines technologies and experience developed across:

• Artificial Intelligence
• Consumer Electronics
• Industrial Design
• Precision Manufacturing
• Motion Control
• Thermal Engineering
• Battery Technology
• Computer Vision
• Human-Computer Interaction
• Intelligent Devices

HONOR describes itself as a global AI device ecosystem company focused on transforming human-device interaction.

Its broader portfolio includes smartphones, PCs, tablets and wearable devices, while its 2026 strategy increasingly extends AI into physical and embodied experiences.

HONOR is a technology company focused on building intelligent consumer devices and AI-powered experiences.

The company's product portfolio has historically centered on smartphones and connected devices.

Its broader ecosystem includes:

• Smartphones
• Foldable phones
• Tablets
• PCs
• Wearables
• AI-powered software
• Intelligent devices
• Robotics

As AI technology evolves, HONOR is expanding its definition of an intelligent device.

Instead of AI existing primarily inside a screen, HONOR is exploring devices that can:

This transition from digital intelligence to physical intelligence is the foundation of HONOR's robotics strategy.

HONOR's entry into robotics is part of a broader effort to move AI from digital interfaces into physical interaction.

At MWC 2026, HONOR introduced its first humanoid robot and described its robotics direction around three major scenarios:

The company also emphasized that its experience in smartphones and connected devices gives it an understanding of how consumers interact with technology, which it aims to apply to consumer-oriented robots.

This creates a different robotics proposition from companies focused primarily on industrial automation.

HONOR is exploring robots that are not only capable of physical work, but also designed to understand and interact with people.

HONOR Robotics is the company's humanoid robotics initiative.

The first publicly presented humanoid platforms include:

Together, D1 and A1 demonstrate that HONOR is exploring multiple directions within humanoid robotics rather than developing a single universal robot.

HONOR Robotics D1, known as Lightning, is HONOR's performance-oriented humanoid robot.

D1 is built around a high-dynamic motion system and autonomous perception and navigation.

HONOR highlights its ability to perform high-speed movement, maintain stability and traverse challenging terrain.

The robot also incorporates:

• Intelligent voice interaction
• Multimodal situational understanding
• Real-time interactive feedback
• Light-strip expressions
• Signature gestures
• Dance and agile movements

One of D1's most important public milestones came during the 2026 Humanoid Robot Half-Marathon in Beijing E-Town.

HONOR's official event page identifies D1 as the robot that first broke the human half-marathon limit and also records its Best Design Award.

The event tested a different dimension of humanoid robotics from conventional laboratory demonstrations.

Long-distance bipedal movement requires robots to manage:

• Balance
• Locomotion
• Energy consumption
• Thermal conditions
• Mechanical reliability
• Continuous motion

For HONOR, the half-marathon became a demonstration of the company's interest in high-performance embodied mobility.

While D1 emphasizes athletic performance, HONOR Robotics A1 represents another direction.

A1 is designed around human-oriented interaction and intelligent movement.

HONOR presented A1 alongside D1 through its humanoid robotics initiative, with A1 receiving the Best Gait Award at the 2026 Humanoid Robot Half-Marathon.

This distinction is important.

HONOR is not treating humanoid robotics as a single application.

Instead, it is exploring different robot personalities and capabilities for different environments.

A simplified way to understand the current lineup is:

HONOR's robotics strategy benefits from technologies developed for consumer electronics.

Smartphones are extremely constrained machines.

Inside a compact device, engineers must integrate:

• Processors
• AI computing
• Cameras
• Sensors
• Batteries
• Motors
• Thermal systems
• Wireless connectivity
• Precision mechanical structures

Robotics introduces the opposite challenge.

Instead of fitting intelligence into a small device, engineers must build a physical body capable of carrying intelligence into the real world.

HONOR is attempting to transfer its experience in compact hardware engineering, AI and human-device interaction into this new physical domain.

One of HONOR's potential advantages in robotics is its experience with precision consumer hardware.

The company has developed expertise in:

• Miniaturized components
• Precision mechanisms
• Structural engineering
• Thermal management
• Battery systems
• Reliability
• Mass manufacturing

This experience is increasingly relevant as humanoid robots move from research prototypes toward consumer and commercial products.

HONOR's robotics strategy is closely connected to its broader AI development.

The resulting loop becomes:

This is the foundation of embodied intelligence. HONOR's robotics initiative represents its attempt to extend its AI ecosystem into this physical loop.

HONOR describes its broader technological direction as a transition from digital intelligence toward embodied interaction.

The company's 2026 AI strategy increasingly emphasizes the idea that AI should not remain confined to a screen.

Instead, intelligent systems can eventually:

• Understand their environment
• Recognize people
• Interpret intent
• Move through physical spaces
• Perform actions
• Respond naturally

The company's humanoid robots are one expression of this direction.

Its newer HONOR Robot Phone represents another.

Although the HONOR Robot Phone is not a humanoid robot, it is important to understanding HONOR's robotics strategy.

Launched globally in August 2026, the Robot Phone combines a smartphone with a motorized robotic gimbal and AI-powered motion control.

HONOR describes it as a new category of smartphone designed to bring embodied AI interaction into mobile devices.

The device incorporates:

• A 4-DoF mechanical gimbal
• AI-powered motion control
• Multimodal perception
• YOYO Robot Mode
• AI live tracking
• ARRI Image Science

The significance is strategic.

HONOR's current products suggest a broader concept:

A smartphone can gain robotic movement.

A humanoid can gain perception and interaction.

A wearable can provide contextual intelligence.

A future robot can potentially combine all of these capabilities.

This creates an ecosystem-oriented approach to embodied AI.

The long-term objective is to connect these layers into a unified intelligent ecosystem.

HONOR's AI strategy also includes Agentic OS, its system-level approach to intelligent agents.

The company describes Agentic OS as a system architecture designed around AI agents, where the system manages not only traditional computing resources but also models, intentions and tasks.

This is particularly relevant to robotics.

A traditional software system might wait for:

An agentic system aims to understand:

and then determine the steps required to achieve it.

For embodied AI, this distinction becomes even more important.

HONOR's embodied AI direction can be represented as:

This closed loop is fundamental to useful physical AI. HONOR's work across AI devices, Robot Phone and humanoid robots demonstrates its broader interest in this model.

HONOR's robotics strategy is strongly connected to its broader human-centered technology philosophy.

The company says its vision is to combine technology with human values and maximize human potential.

In robotics, this translates into a different design question:

Instead of asking only:

HONOR is also asking:

This is particularly relevant to applications such as companionship, assistance and consumer interaction.

These scenarios show that HONOR's robotics ambitions extend beyond traditional factory automation.

Traditional robotics often begins with the engineering problem:

Consumer robotics adds another question:

HONOR's experience in smartphones gives it a different perspective on this problem.

The company already designs products around:

• Industrial design
• User experience
• Personalization
• Human interaction
• Brand identity
• Everyday usability

These principles could become increasingly important as humanoid robots move into homes, retail environments and public spaces.

HONOR's entry into robotics is notable because the company does not come from a traditional industrial robotics background.

Its roots are in consumer technology.

That gives its robotics strategy a different emphasis:

This technology stack is important because HONOR is not approaching robotics as an isolated product category. Instead, it is connecting robotics to its existing AI and device ecosystem.

HONOR's robotics strategy can be summarized in one idea:

A smartphone can understand a user.

An AI agent can plan a task.

A humanoid robot can physically execute that task.

This creates a progression:

HONOR is positioning robotics as the next physical layer of its AI ecosystem.

HONOR's robotics business is still at an early stage.

Its current humanoid lineup is centered on D1 and A1, while its broader embodied AI strategy includes products such as the Robot Phone.

The direction, however, is becoming clearer.

HONOR is moving from:

This represents a significant expansion of the company's technology ambitions.

D1 and A1 represent HONOR's dedicated humanoid robotics products, while Robot Phone illustrates how the company's broader embodied AI strategy is expanding into other device categories.

HONOR occupies an unusual position within the global robotics landscape.

It is not primarily:

• An industrial robot manufacturer
• A traditional service robot company
• A robotics-only startup

Instead, it is a large consumer technology company entering embodied AI.

This makes HONOR's robotics strategy closer to a convergence of:

HONOR is evolving from a smartphone and consumer electronics company into a broader AI device ecosystem company.

Its entry into humanoid robotics represents the next step in that evolution.

Together, these efforts point toward a broader ambition:

Continue exploring the broader robotics and embodied AI landscape — from competing humanoid platforms and industrial quadrupeds to consumer entertainment and emotional companion robotics.