World Humanoid Robot Games 2026 Schedule, Robots, Teams and Events

The second World Humanoid Robot Games ran from Saturday, August 22 through Wednesday, August 26, 2026. Competition lasted five days at the National Speed Skating Oval in Beijing.

The 2026 page retains schedule information as an archive while using final post-event figures and results for the main factual record.

The official Chinese name is 第二届世界人形机器人运动会. Beijing’s event calendar identifies it as the second World Humanoid Robot Games.

The event was jointly hosted by the Beijing Municipal People’s Government, China Media Group, the World Robot Cooperation Organization and the RCAP International Council.

The Games were held at the National Speed Skating Oval in Beijing. The venue is also known as the Ice Ribbon and hosted the inaugural Games in 2025.

Beijing’s official event listing gives the venue address as 2 Lincui Road in Chaoyang District. The 2026 program also extended scenario competition into nine real-world settings around Chaoyang rather than keeping every task inside a simulated hall.

The World Humanoid Robot Games 2026 schedule spanned August 22–26 and contained 1,301 matches across nine competition units. The official sources cited here do not provide a complete event-by-event timetable for every day.

The archived daily structure below separates confirmed program details from dates whose full allocation is not documented in the available sources. No unverified start time or event assignment has been added.

The final program contained 51 events. Organizers classified 30 as competitive events and 21 as scenario events. An earlier June announcement listed 50 events, so the August final program supersedes that number.

Competitive events covered athletics, football, gymnastics, weightlifting, martial arts, street dance, dancesport, tug-of-war and pitch-pot. Scenario events covered nine real-world settings including home, hotel, industrial, emergency rescue, library, retail, office service and new-energy vehicle charging.

A search for robot game 2026 can refer to many kinds of robotics competition. At the World Humanoid Robot Games 2026, it covers robot sports such as football, athletics, combat, weightlifting and table tennis as well as scored real-world tasks in industrial, retail, restaurant, home-cleaning and rescue scenarios.

The common thread is embodied performance the robot must perceive, move, balance, coordinate or manipulate under competition rules. This is why one strong race does not automatically predict strong performance in a dexterous-hand or service task.

The final field contained 2,056 robots across 666 teams from 16 countries on six continents. China accounted for 641 teams and 1,975 robots.

Chinese entries represented 157 companies and 200 universities or research institutes. Organizers highlighted participation from the United States, Germany, Japan and Brazil but did not publish a complete stable list of all 16 countries in the source set used here.

The field was 138 percent larger by team count than the inaugural 2025 Games, which had 280 teams.

The event count changed during preparation. June materials described 50 events. The August 13 press conference set the final program at 51 with 30 competitive events and 21 scenario events.

Older references to 32 or 50 events describe earlier versions of the 2026 plan. This archive uses 51 because it is the final official competition total.

The Games staged 1,301 matches across nine competition units from August 22 to 26. The first edition had 487 matches across three competition days.

Opening night included a 7v7 football exhibition plus 400 m and 100 m heats. The closing day placed freestyle combat and 5v5 football finals before the closing ceremony.

Several figures published during the competition were preliminary. Tianzhuo’s 9.39-second 100 m run came during the opening program. The large-group final was later won by Tianjiao team’s Tiangong Ultra in 8.64 seconds. Tianxiao won the small group in 11.98 seconds.

Tiangong Ultra also produced the 38.15-second large-group 400 m result. Tiangong Omni won the small group in 45.66 seconds. Tianzhuo won the 1500 m in 2 minutes 21.64 seconds. Beijing’s closing report lists these as major improvements over the 2025 competition records.

The competitive program included athletics, football, gymnastics, weightlifting, martial arts, street dance, dancesport, freestyle combat, tug-of-war, pitch-pot and other events. Each stresses a different part of the humanoid stack including balance, contact control, perception latency, team coordination, force generation and recovery.

Football added a 3v3 U19 category alongside 5v5 large and medium groups. Tsinghua Hephaestus retained the large-group 5v5 title in 2026 according to Beijing education authorities.

The August 13 official rules state that every track race and other competitive event had to be completed fully autonomously except the 100 m obstacle and 400 m obstacle races.

Scenario events used a separate scoring rule. A task completed fully autonomously received a final-score weight of 1 while a remotely controlled completion received 0.5.

These rules still do not support a claim of general autonomy. A robot can satisfy one competition rule with a task-specific controller and still require human intervention or fail when the environment changes.

The scenario program expanded from six events in 2025 to 21 in 2026. Organizers built tasks around nine real-world settings rather than relying only on simplified stage layouts.

In the office comprehensive service final, robots had to arrange meeting materials, load and operate a printer, deliver printed documents and feed documents into a shredder. Qianxun Intelligence won with 190 points. Shenzhen Zhiyuan and Ningxia Zhiyuan finished second and third.

Beijing’s closing analysis also documented a limitation. Autonomous robots could perform well in familiar conditions but lose success rate when an object or environment changed. That is direct evidence of a generalization gap in current embodied systems.

Eight dexterous-hand tasks included tool assembly, powder weighing, block building, nail fixing, bottle opening, unpacking, picking beans with tweezers and cable connection.

Beijing reporting on the finals describes teams adjusting perception for lighting changes and choosing between full autonomy and remote control. These tasks expose errors in visual localization, fingertip positioning, force control and recovery that are easy to hide in large-object handling.

By August 13, the humanoid robot training and evaluation base at the venue had operated for 30 days and hosted nearly 1,000 training sessions. The organizer’s robot management platform had connected all 666 teams and 2,056 robots.

The system used dedicated encrypted communication links and tracked operational data such as joint temperature, motion state and battery level. The training period remains useful context because teams exposed locomotion, manipulation and scenario-task problems during repeated practice before formal competition began.

The event produced visible falls, missed grasps, navigation errors and stalled task sequences. More important than any single fall was whether the robot recovered without a reset and whether the same policy remained effective after conditions changed.

The official closing coverage specifically noted that some autonomous robots struggled when objects or environments differed from training conditions. That limitation is more informative for deployment than a single successful run.

The Games ran August 22–26 at the National Speed Skating Oval, the Ice Ribbon, in Beijing. Tickets were listed from RMB 98 to RMB 670 depending on the session and seating category.

Sales channels named in pre-event Beijing reporting included the Chaopiao Saiyan WeChat mini-program, Damai, Maoyan, JD Entertainment Ticketing, Trip.com, Tongcheng and Meituan. This information is retained as an event archive, not as a current ticket offer.

The inaugural 2025 World Humanoid Robot Games remain on their existing archive URL with final participation figures, control rules and selected results.

The two pages are linked through the edition navigation above so readers can move between years without mixing 2025 scoring rules with 2026 results.

The confirmed field contained 2,056 robots, 666 teams and 16 countries across six continents. China contributed 641 teams and 1,975 robots.

The Chinese field included 157 companies and 200 universities or research institutes. Beijing reported that 69 schools from the city participated and that university teams won medals across football, table tennis and freestyle combat.

Robot Olympics is an informal phrase used by readers and media for an international event that combines multiple robot sports, national participation and medal-style competition. It is a useful description of the search intent, but it is not the official event name.

The official name of the event covered on this page is World Humanoid Robot Games 2026. Using that name keeps the Beijing competition distinct from other robotics contests and avoids implying an affiliation with the Olympic Games.

Tiangong Ultra from the Beijing Humanoid Robot Innovation Center is the clearest multi-event athletics platform in the official result set. It is linked to the 8.64-second large-group 100 m win, the 38.15-second 400 m result, the 2 minute 21.64 second 1500 m win through Tianzhuo team and the 3.40 m standing high jump competition record.

Tiangong Omni won the small-group 400 m in 45.66 seconds and the 400 m obstacle final in 4 minutes 11 seconds. The obstacle course contained 16 elements including hurdles, ramps, stairs, slippery surfaces and narrow stepping sections.

Tsinghua Hephaestus retained the large-group 5v5 football title. Qianxun Intelligence won the office comprehensive service scenario with 190 points. These results cover different capabilities and should not be collapsed into a single overall robot ranking.

The Games tested complete robot systems rather than one model component. Mechanical design, sensing, control and AI had to work together under time limits, scoring rules and repeated attempts.

At the August 26 closing ceremony, organizers released what Beijing described as the full dataset from the world-level humanoid robot competition and made it available to the public.

The dataset announcement is important because repeated competition traces can support analysis beyond medal results. This page does not claim a specific dataset size or sensor schema because those details were not stated in the official closing source used here.

The 1,301 matches created repeated evidence across speed, contact, manipulation and service workflows. That makes recovery rate, intervention and repeatability visible in a way that a selected product clip cannot.

The strongest 2026 signal is the split between rapidly improving locomotion and less reliable generalization in real tasks. Track records improved sharply while official closing coverage still documented failures when scenario conditions changed.