Humanoid robot set to run Beijing half-marathon

Tiangong Ultra, an upgraded version of the China-made "Tiangong" humanoid robot, is currently undergoing tests in preparation for a half-marathon next month in Beijing.

The race, set for April 13 in the Beijing Economic-Technological Development Area in the capital city's southeast, will feature both robotic and human athletes competing on the same route but on separate tracks to ensure safety for all participants.

The competition is open to global robot companies, research institutes, robot clubs and universities. So far, 23 organizations have signed up for the competition.

Developed by the Beijing Humanoid Robot Innovation Center, Tiangong Ultra has a bigger size, longer legs, and a stronger hip compared to its old version. In addition, unlike Tiangong, which has two iron sheets as feet, Tiangong Ultra wears a pair of "shoes" to minimize impact on its feet and ankle joints from running, according to engineers at the center.

"Aside from upgrades to Tiangong's body and structure, we have also greatly improved its motion algorithm, strengthening its capabilities for gait planning, body coordination, and motion control," said Wei Jiaxing, director of branding and public relations at the center.

In a race between Tiangong and Tiangong Ultra, the upgraded version demonstrated larger strides, a more stable running form, and a significantly higher speed.

"Its highest speed can reach 12 kilometers per hour. Considering the stability and endurance of the Tiangong robot when running outdoors, we may slightly reduce the speed. But we are still very confident that it can complete the half marathon," Wei said.

Bolstered by strong capital investment, China' robotics industry is growing rapidly, with versatile applications becoming increasingly prominent across a wide range of fields, including industrial automation, healthcare and service industries.

According to a report on the humanoid robot industry released at the 2024 World AI Conference in Shanghai, China's humanoid robot market scale was approximately 2.76 billion yuan (about 381.28 million U.S. dollars) last year.

By 2029, it is expected to expand to 75 billion yuan (about 10.36 billion U.S. dollars), which would account for 32.7 percent of the global market.

Humanoid robot set to run Beijing half-marathon

Humanoid robot set to run Beijing half-marathon

The Chinese naval hospital ship, Silk Road Ark, carried out a medical rescue drill in Atlantic waters during its Mission Harmony 2025, testing its capability to provide medical support during long-distance deployments.

The drill marked the vessel's first overseas medical-support exercise in unfamiliar waters in 2026, designed to simulate real-world emergency response scenarios far from home ports.

It brought together the hospital ship, a sea-based medical facility and shipborne helicopters in a coordinated rescue operation.

The exercise was conducted against a simulated backdrop of a commercial vessel in distress on the high seas with multiple casualties. After receiving the emergency signals, a shipborne helicopter immediately took off under an aerial evacuation plan, transferring simulated injured personnel to the triage area for rapid assessment and emergency treatment.

As part of the exercise, medical teams practiced a time-sensitive rescue approach, combining casualty transfer, triage and treatment to ensure prompt and accurate assessment of injuries under operational conditions.

"We followed the principle of providing treatment while transferring and carrying out triage and rescuing, ensuring that casualties are correctly assessed at the earliest time possible. If a patient is in a critical condition, we must carry out necessary emergency treatment in the triage area. Once vital signs are relatively stable, the patient is then transferred to an appropriate treatment unit," said Jiang Yingbo, a member of the Mission Harmony 2025.

Severely injured patients were transferred to intensive care units for further observation and treatment after surgery. A medical expert group then conducted timely consultations to formulate targeted treatment plans.

Under complex sea conditions in distant waters, the drill covered multiple training modules including maritime evacuation, triage, emergency treatment and surgery, strengthening the military medical ship's integrated emergency medical response, and enhancing the navy's far-sea medical support capability, according to the authorities.

Chinese navy hospital ship drills medical rescue in Atlantic waters