Deep Robotics Conducts DR02 Trial on Rainy Streets in Hangzhou

According to humanoid.guide, citing a Deep Robotics press release dated October 8, 2026, the company conducted a trial of its DR02 humanoid robot on streets and at tourist sites in Hangzhou’s Xihu District. The trial took place in rainy conditions in early October and involved traffic assistance and visitor guidance.

Testing traffic assistance and visitor guidance on rainy streets points to the conditions robots must meet to be used in outdoor crowd management. Even when a trial is based on a manufacturer’s announcement, both weather resistance and field operations are at issue, so mobility alone is not enough as an evaluation measure.

What is new in this report is that the DR02 was used for traffic assistance and guidance on actual streets in rainy Hangzhou, rather than being shown indoors. However, Deep Robotics described this only as a trial, not as a permanent deployment or commercial rollout. It is therefore reasonable to view the report less as a product announcement and more as a test of outdoor resilience and field operations. In related coverage by this newspaper, the company has previously demonstrated operation in demanding conditions such as outdoor terrain, rough ground and stairs, including in a report that DEEP Robotics released a desert-driving video of Lynx and in IEEE Spectrum’s report on a video of Deep Robotics’ bipedal robot climbing stairs. The rainy-street trial extends that work, but differs from desert terrain or stairs in that it takes place in an urban traffic setting where signals, pedestrians and vehicles intersect. In other words, the testing may have moved beyond mobility to include operational planning for traffic guidance and assistance to people. From an industry perspective, the focus is shifting from whether humanoids can walk to whether they can perform roles continuously in the field. When rain, vehicles, crowds and tourist guidance are involved at the same time, the requirements go beyond walking performance to include perception, decision-making, weather resistance and on-site safety planning. The report says the robot has full-body IP66 protection, but it does not specify operating time, whether it was remotely supervised, its uptime or the level of autonomy used for traffic assistance. See the original source for details.