Why Chinese Smartphone Makers Are Investing in Humanoid Robots

Chinese smartphone manufacturers are increasingly turning to humanoid robotics as a strategic response to slowing growth in the mobile phone market. With device innovation plateauing and profit margins shrinking, companies like Xiaomi, Honor, Huawei, and Vivo are exploring robotics as a new avenue for technological advancement and revenue generation. This shift reflects a broader industry effort to discover a “second growth curve” beyond smartphones.

Diverging Strategies in Robotics Development

Two distinct approaches have emerged among Chinese tech firms. Honor is focusing on consumer-facing applications, positioning its robots for roles in companionship, retail assistance, and home interaction. Its humanoid robot, nicknamed “Lightning” and officially known as the Robotics D1, gained attention by completing a half-marathon in Beijing in April 2026. While it competed in the remote-control category, its performance demonstrated significant progress in balance and coordination, with organizers applying a 1.2 multiplier to remote-controlled times for scoring purposes.

In contrast, Xiaomi is directing its humanoid robot, Cyber-One, toward industrial use. The company is testing the robot on factory floors, where it is being trained to perform precise, repeatable tasks. Xiaomi’s approach emphasizes reliability and dexterity, particularly in hand movements, to meet the high standards required for manufacturing automation. The company views successful integration into production environments as a path to measurable operational efficiency and cost savings.

Industry-Wide Investment in Embodied AI

Other major players are also entering the space. Huawei is developing an embodied AI platform designed to integrate multiple models to support robotics development, with early trials already underway in financial service settings. Vivo has established a dedicated robotics lab focused on home environments, aiming to create robots that can assist with daily household activities.

These efforts are not isolated experiments. The second Humanoid Robot Half Marathon in Beijing, held on April 19, 2026, featured 102 teams from 26 brands, including five international squads, and over 300 humanoid robots. The event highlighted rapid advancements in robotic mobility and autonomy, with the top three finishers completing the course without human intervention—a marked improvement from the previous year, when the winning time exceeded two hours and 40 minutes.

The Financial and Structural Drivers Behind the Shift

The move into robotics is driven by more than technological curiosity. The smartphone industry, once a reliable engine of growth, is now facing maturation. Global demand has stabilized, component costs are rising, and opportunities for breakthrough innovation in handset design are becoming increasingly limited. Major manufacturers are seeking new markets where their expertise in artificial intelligence, sensors, and miniaturization can be applied.

Robotics offers a potential solution. By leveraging existing strengths in AI processing, camera systems, and battery technology, smartphone makers aim to reduce development barriers and accelerate iteration. Early market feedback from real-world deployments—whether in factories, stores, or homes—helps refine both hardware and software, creating a feedback loop that supports faster innovation cycles.

Challenges and Future Outlook

Despite the progress, significant challenges remain. Achieving reliable, safe operation in unstructured environments continues to be difficult. Industrial applications demand near-perfect reliability, while consumer robots must navigate unpredictable home settings and interact naturally with people. Battery life, processing power, and material durability also pose ongoing engineering hurdles.

Nonetheless, the pace of development suggests that humanoid robotics will play an growing role in the strategies of China’s leading technology firms. As these companies continue to invest in embodied AI, the line between mobile devices and physical robots may blur further, potentially giving rise to integrated ecosystems where smartphones serve as controllers or companions to robotic platforms.

For now, the half-marathon finish lines and factory test beds serve as visible markers of a broader transition—one in which China’s smartphone makers are redefining their future not just through what they hold in their hands, but through what they build to walk beside them.

• Honor’s Robotics D1 (“Lightning”) completed a half-marathon in 48 minutes and 19 seconds in the remote-control category at the second Humanoid Robot Half Marathon in Beijing on April 19, 2026.
• Under event rules, remote-control times are multiplied by 1.2, meaning the adjusted winning time was 50 minutes and 26 seconds—set by an autonomous robot of the same model.
• This performance surpassed the human half-marathon world record of 57 minutes and 20 seconds, set by Ugandan runner Jacob Kiplimo in 2026.
• Xiaomi’s Cyber-One robot is being tested for factory automation, with focus on hand dexterity and task success rates.
• Huawei is developing an embodied AI platform for robotics, already trialing systems in financial services.
• Vivo has established a robotics lab targeting home-use scenarios.
• The April 2026 event included 102 teams, 26 brands, and over 300 humanoid robots—nearly five times the participation of the prior year.