The first World Humanoid Robot Games successfully concluded in Beijing, bringing together international teams to test advanced human-like machines in sports competitions. This pioneering event combined athletics, technology demonstrations, and real-world applications, pushing the boundaries of robotic capabilities and teamwork.

In track events, Unitree Robotics won gold medals in the 1,500 meters, 400 meters, 4x100 meters relay and 100-meter hurdles. Beijing Innovation Center of Humanoid Robots’ Tiangong Ultra robot set a record in the 100-meter dash with a time of 21.50 seconds. Football competitions featured remarkable moments: Tsinghua University’s Hephaestus team secured the 5v5 championship with a 1-0 victory over Germany’s HTWK Robotics+Nao Devils, scoring through a rare long-distance shot enabled by intelligent algorithms. China Agricultural University claimed the 3v3 title. Pre-match interviews revealed mutual respect—Tsinghua’s coach acknowledged the German team’s experience, while opponents highlighted their robots’ durability.

Beyond competition, the Games fostered ___△___. A German member emphasized their open-source approach: “We share code to accelerate progress. Traditions like applauding fallen robots reflect true sportsmanship.” Teams from Portugal and the Netherlands praised China’s robotic advances. Portugal’s leader noted humanoids’ unique challenge: “Slower than wheeled robots but more thrilling,” while Dutch leader Harold stressed collaboration: “Passing beats solo play.” Organizer Zhao Dongwei reported record participation, enabling extensive knowledge exchange. This spirit of collaboration transformed the event into a vital proving ground.

The Games served as a critical testing platform. Unitree’s CEO Wang Xingxing clarified: “While sports algorithms differ from daily functions, they validate core reliability.” Technical teams performed rapid repairs during events, and practical tasks like box transportation demonstrated real-world applicability. Chen Dong described track events as the “ultimate stress test” for durability challenges.

This landmark gathering marked significant progress in human-robot collaboration. With 487 matches across 26 events, the Games established a crucial platform for global technological cooperation.

1.1.What is TRUE about the competition results?

A HTWK won 5v5.

B Tiangong Ultra broke the record.

C CAU lost the final.

D Unitree failed hurdles.

解析：选B。B 细节理解题。根据第二段的“Beijing Innovation Center of Humanoid Robots’ Tiangong Ultra robot set a record in the 100-meter dash with a time of 21.50 seconds.”可知，北京人形机器人创新中心旗下“天工Ultra”机器人以21.50秒的成绩创下百米赛跑纪录。故选B。

2.2.What was key to Tsinghua’s football victory?

A Physical strength.

B Smart program strategy.

C Opponent’s weakness.

D Home advantage.

解析：选B。B 细节理解题。根据第二段的“scoring through a rare long-distance shot enabled by intelligent algorithms”可知，清华大学火神队利用算法再配合策略，斩获机器人足球赛世界冠军。故选B。

3.3.Which of the following can be put back into the blank “___△___”？

A sports friendship

B technical innovation

C global communication

D robot development

解析：选C。C 推理判断题。第三段所有例证（代码共享/掌声传统/国际团队评价）均指向“全球技术交流”。故选C。

4.4.What do races test most?

A Heat resistance.

B Repair speed.

C Competition rules.

D Daily reliability.

解析：选D。D 推理判断题。根据第四段的“validate core reliability”“real-world applicability”可知，测试最多的是基础可靠性。故选D。