Noetix N2 Athlete: русская категория Robots International для сравнения решений, запроса цены и международной закупки.
Noetix N2 Athlete
Noetix N2 Athlete
Категория Noetix N2 Athlete в Robots International объединяет продукты, бренды, аксессуары или ресурсы, связанные с робототехническими решениями, для профессиональных клиентов, которые сравнивают робототехнические решения, аренду или международные предложения.
Путь каталога: Каталог > Noetix > Noetix N2 Athlete. Эта русская страница помогает оценить соответствующую категорию без изменения технических характеристик, опубликованных на страницах продуктов.
Оценка и интеграция
Перед заказом Robots International может помочь проверить сценарий применения, рабочую среду, требования безопасности, варианты конфигурации, совместимость аксессуаров и потребности в обучении или обслуживании.
Международная закупка
Для профессиональных проектов запрос цены может включать наличие, сроки, перевозку, импортные документы, требования соответствия и логистическую поддержку до страны назначения.
What is the Noetix N2 Athlete and what is its competition record?
The Noetix N2 Athlete (Sports Star N2) is a compact 18-DOF bipedal humanoid robot priced at approximately USD $5,500 to $6,000, developed by Beijing Noetix Robotics. Its competition and public event record includes: second place in the world's first humanoid half-marathon (April 2025, 21 km in 3 hours 37 minutes), gold medal in floor exercise at the Global Humanoid Robotics Games (August 2025, 41.60 points exceeding all other competitors combined), first humanoid catwalk outside China (Paris Fashion Week, October 2025), and deployed as public attraction at China's National Museum of Natural History and the 2025 World Artificial Intelligence Conference.
How did the Noetix N2 complete the world's first humanoid half-marathon?
The N2 completed 21 kilometers in approximately 3 hours and 37 minutes wearing children's running trainers. Its performance was attributed by Noetix's chief scientist Hu Chenxu to "stable mechanical structure and superior algorithm performance." The N2 experienced one operational issue across the full course: needing a new remote controller during a battery change. No falls, mechanical failures, or thermal failures were documented. A second Noetix robot also competed, with the company confirming it "swept the top two spots" at the finish line. The winning team (Unitree X-Humanoid) completed the course without battery or robot changes, while the N2 required battery changes but no robot changes.
Why is the Noetix N2 priced lower than the Unitree G1?
TMTPOST's direct reporting on Jiang Zheyuan's strategy explains the pricing directly: Noetix "operates on thin margins to undercut bigger players" in a strategy Jiang compares to Xiaomi's early disruption of the smartphone market. The lower price reflects a deliberate market-building strategy enabled by a nearly 100-percent domestic Chinese supply chain, in-house developed control software and joint actuators, and a focus on cost efficiency as a strategic priority rather than premium pricing to maximize per-unit margin. The N2's documented half-marathon performance and floor exercise gold medal suggest the price reflects supply chain and business strategy rather than capability compromise.
What happened to other competitors at the world's first humanoid half-marathon?
Asia Times' April 2025 coverage documents what Noetix's N2 competed against: a Beijing Polytechnic University student robot that "overheated and went up in smoke"; teams that "sprayed water on their robots to keep them cool"; a female-looking robot that "walked a short distance and fell"; and a Gundam-themed robot that "used four fans to move forward, but crashed seconds after beginning its journey." An unofficial Unitree G2 robot "fell at the starting point and became a talking point of the event." Unitree itself confirmed it did not enter an official team. The N2's second-place finish of 3 hours 37 minutes was achieved in conditions where the majority of entrants did not complete the course, making the performance a genuine operational validation under unpredictable, competitive real-world conditions.