WaperUnitree reported strong quarterly revenue growth, while Agility added customers and Neura opened a major robotics facility with TUM.
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Audi’s humanoid logistics tests and new soft-robot and mobility research rounded out the edition.
Unitree quarterly revenue rises nearly 70% to 665 million yuan
Unitree’s third-quarter revenue rose 69.93% to 665 million yuan in its first post-IPO earnings release. Reports differ on profit performance, with some citing falling profit and another reporting a profit increase but pressure on core earnings.
Why it matters: The results provide a financial benchmark for humanoid commercialization, though conflicting profit reports warrant caution when assessing earnings quality.
Agility Robotics adds four customers and opens Pittsburgh hub
Agility Robotics added four customers and opened a 50,000-square-foot hub in Pittsburgh.
Why it matters: Customer additions and expanded facilities indicate commercial growth beyond individual deployment announcements.
Neura and TUM open €17 million RoboGym and unveil humanoid
Neura Robotics and TUM opened a €17 million RoboGym and unveiled a new humanoid robot.
Why it matters: The facility adds infrastructure for humanoid development alongside a new robot platform.
Audi tests humanoid robots for logistics
Audi is testing humanoid robots for logistics, according to Assembly Magazine.
Why it matters: The tests add another automotive setting in which humanoids are being evaluated for practical work.
MIT develops soft robotic enteroscope for small-intestine procedures
MIT engineers designed a soft robotic enteroscope that can inch through the small intestine. The system is intended to make biopsies and drug delivery easier in this hard-to-reach area.
Why it matters: Soft robotic locomotion could expand access for diagnostic and therapeutic procedures inside the intestine.
Flexible foot pad improves Hopcopter performance on sand and ice
University of Toronto Engineering researchers developed a flexible foot pad for their one-legged hopping robot, Hopcopter, significantly improving its performance on sand, ice and other difficult terrain.
Why it matters: The result shows how contact hardware can improve robotic mobility across challenging surfaces.
Insect-inspired flying robot recovers after collisions
Researchers demonstrated an insect-inspired flying robot that bounces back after collisions, addressing impacts that can cause other flying robots to fall or sustain damage.
Why it matters: Collision resilience could make aerial robots more useful in confined or obstacle-filled environments.