The robot named Lightning more than lived up to its name during the second Beijing Humanoid Robot Half Marathon.
It tripled the speed of the prior year’s winner and walked away with literally everything. The spectacle will be remembered as the day humanlike machines began surpassing the most elite athletes.
Like real lightning, the speedy biped is the product of intense pressure, when storm clouds in the form of geopolitical forces gathered over the Chinese tech giant Huawei back in 2018. It set into motion an unprecedented sequence of events that ultimately accelerated push into physical AI.
Huawei Origins
The United States government took extreme action against Huawei as tensions with China escalated during the first Trump Administration. For years, US intelligence officials had flagged the tech giant as a potential national security risk.
Former People’s Liberation Army engineer Ren Zhengfei launched Huawei in 1987 in a small apartment in Shenzhen, initially as a small reseller of telecommunications equipment.
The company started designing and manufacturing its own gear in the early 1990s. At the time, Beijing began encouraging domestic telecom development to reduce reliance on foreign vendors like Nokia, Ericsson, and Alcatel, which controlled much of the high-end switching and network infrastructure being deployed across the republic. Huawei seized the moment by targeting underserved markets that overseas competitors overlooked.
After proving itself domestically, the company expanded into foreign markets in the 2000s, and by the 2010s, it had become one of the world’s largest telecommunications equipment providers. It played a key role building out next-generation 5G networks across continents while also growing its consumer business into a top smartphone brand.
The rapid growth welcomed greater scrutiny in the West. A 2012 US House Intelligence Committee report warned that its telecom equipment could be used for espionage. Then in 2018, Congress passed the National Defense Authorization Act, which effectively banned its gear from being used by federal networks and their contractors.
“Huawei is something that’s very dangerous,” President Trump said at the time.
The situation escalated dramatically from there. Canadian authorities arrested Huawei’s founder’s daughter, CFO Meng Wanzhou, at the request of the US Department of Justice over alleged sanction violations involving Iran. By 2020, US sanctions cut off Huawei’s access to advanced chips and Google services. This made it virtually impossible for Honor, its budget smartphone line, to stay competitive.
Honor for Sale
Huawei sold the sub-brand to a consortium of more than 30 Chinese buyers in a deal reportedly valued at over $15 billion. At the time, Honor was already considered a major player in global consumer electronics, shipping tens of millions of units annually.
Following the separation, Honor went through a rapid rebuilding phase and then a steady resurgence. It reestablished relationships with key suppliers like Qualcomm and regained access to Google’s Android ecosystem.
The newly independent Honor quickly moved beyond its original positioning as a youth-oriented smartphone brand. It expanded into higher-end devices like its Magic series of foldables and moved into global markets to compete directly with Samsung, Apple, and other mainstream rivals.
Embodied AI Push
Both Huawei and Honor pushed into next-gen technologies in different ways as the Chinese government made it a national priority to lead the world in embodied artificial intelligence.
Huawei, still under sanctions, took a foundational and enabling approach. It focused on deploying the core AI brains and infrastructure for autonomous robots with its Harmony OS, Pangu foundational AI model, and its high-performance Ascend AI chips. It’s partnered with perceived leaders in humanoids like Shenzhen’s Leju Robot, which recently launched a factory on Foshan with Guangdong Dongfang Precision that can reportedly build a humanoid robot every 30 minutes.
While Huawei’s efforts emphasized industrial use cases, Honor sought to bring smart robots to the consumer market. At Mobile World Congress (MWC) 2025, Honor announced its ambitious Alpha Plan, pledging to spend $10 billion over 5 years to build an open AI device ecosystem.
Honor’s Consumer Robots
A year later, the company unveiled its first robotic smartphone alongside its humanoid robot for the consumer market.
Honor’s Robot Phone is geared toward content creators. According to the company, it allows for smoother, hands-free video without extra equipment, thanks to its 3-axis motorized stabilizer that moves the phone’s cameras to follow a subject. The phone’s retractable camera arm houses a 200-megapixel sensor on what Honor calls the industry’s smallest 4-degree-of-freedom gimbal.
During MWC 2026 in Barcelona, Honor said it would start selling the phone to the Chinese market in the second half of the year.
Honor, which shipped 71 million devices in 2025, also showcased its humanoid, simply named Robot. The compact humanoid bears a striking resemblance to Unitree’s viral G1. It demonstrated its dancing and acrobatic capabilities during Honor’s keynote.
Lightning Strikes
The reveal generated buzz, but it was nothing compared to what would follow.
Honor’s engineers had been covertly developing a robot named Lightning for Beining’s second-annual Humanoid Robot Half Marathon. Standing 169 cm (5 feet 7 inches), the biped resembles the human form factor is only the loosest sense.
It draws clear design inspiration from Cassie, the pioneering two-legged robot developed by the US company Agility Robotics that set a new world record for speed in 2022 when it finished a 100-meter dash in under 25 seconds. Cassie’s ostrich-inspired, backward-bending knees are echoed in Lightning’s unusually long legs that prioritize stride efficiency and high-speed endurance.
While Cassie served as a research platform that would evolve into Agility’s flagship humanoid Digit, Lightning was clearly built for speed. It has a mecha-style aerodynamic body with prominent liquid cooling systems on its back. Its chicken-like arms have no apparent practical use beyond minor balance assistance.
Lightning has a reported 55 bionic joints, but their distribution is heavily skewed toward the lower body. Honor’s self-developed joint modules in its legs can reportedly produce up to 400 Nm of peak torque, roughtly the twisting force of a strong sports car engine.
Race Day
Honor sent 10 teams to the 2026 half marathon in Beijing. Six used its Lightning models, while the remaining four teams used its more compact service-oriented humanoids.
It was quite clear before the race that it was Lightning’s to lose. During a test run, Lightning finished the course spanning just 21.1 km (13.1 miles) in 54 minutes, surpassing elite human runner benchmarks. On race day, Honor’s Lightning robots dominated the autonomous category, sweeping the top three places with the fastest finishing in 50 minutes and 26 seconds. One of the robots controlled remotely crossed the finish line in 48 minutes and 19 seconds, but weighted scoring gave the official win to the autonomous lightning.
Honor’s robots, and even those that lagged behind, greatly surpassed the performance of humanoids during last year’s spectacle.
Beijing’s TienKung Ultra was the winner of the inaugural competition with a finish time of 2 hours and 40 minutes, which is in the slow range compared to human recreational runners. In 2026, TienKung 3.0, developed by the Beijing Humanoid Robot Innovation Center (X-Humanoid), finished in 75 minutes with no human intervention. That’s more than double TienKung Ultra’s speed in 2025 and is considered elite level for a human runner.
But Honor’s Lightning tripled the 2025 speed and hit the finish line 7 minutes quicker than the human half-marathon record holder.
Following the dramatic win, Honor reportedly plans to use Lightning as a high-performance technology showcase and as a development platform to rapidly mature capabilities like thermal management and autonomous navigation. They’re planning small batch production for late 2026 and mass production to follow in 2027 with a targeted price of around $23,000.
Whether they can translate the marketing win into actual revenue remains to be seen.
Lightning is the result of decades of research and development into humanoid robotics by Chinese labs. For a detailed look into how China’s robots went from widespread mockery to a major cause for concern in the West, read this.