2026-05

Since the beginning of this year, news of mass production has been frequent in the humanoid robot industry. From the Tesla Optimus Gen-3 rolling off the line at the Fremont factory to the Unitree G1 robot put into use at Tokyo Haneda Airport, humanoid robots are accelerating their transition from laboratories to factory and life scenarios. Wind data shows that the Wind Humanoid Robot Concept Index has accumulated a rise of 19.54% since April 7. Analysts believe that with the clear mass production expectations of leading enterprises at home and abroad and the continuous breakthroughs in the domestic industry chain, the humanoid robot industry has moved from the technology verification stage to a new stage of scaled commercialization, and the core component segment is expected to benefit first.

Since 2026, the narrative logic of the humanoid robot industry is changing. Previously, market expectations mostly stayed in the imaginative space of technological breakthroughs, but now, clear mass production schedules and real landing scenarios have become the core engines driving the industry forward. On the overseas front, Tesla is replicating its model in the manufacturing field to its robot business. Recently, Tesla officially announced that its Optimus Gen-3 humanoid robot had started mass production in the second quarter of 2026, and the first batch of units has rolled off the line at the Fremont factory and commenced internal testing. This not only marks Tesla's transition from the R&D verification stage to the scaled commercial application stage in the field of embodied intelligence but also proves to the market the feasibility of humanoid robots leaving the laboratory and entering factories.