About MicoAir Tech
MicoAir Tech is an innovative team focused on intelligent drone sensors and equipment, based in Shenzhen—China’s capital of hardware innovation. We provide the global drone community, developers, and industry users with autonomous drone hardware and full-stack solutions that deliver stronger performance, a more intuitive experience, and better value.
About the Founder
Wang | Robotics and Drone Systems Engineer
Born and raised on a small island off the coast of southern China, Wang left home for the first time at 18 to study electronic information engineering at a university in Shenzhen. In his first year, he began teaching himself embedded development and multirotor flight control. By his second year, he had become a core developer of a popular open-source multirotor project in China. During university, he took part in several drone competitions and a national robotics competition, earning a national first prize. In his final year, he spent six months away from campus working on the development of a rocket engine control system.
After earning his bachelor’s degree, he joined a drone company, leading the development of flight controllers and consumer aerial photography drones. In 2018, he returned to Shenzhen and joined another drone company, where he worked on a twin-rotor aerial photography drone. In 2021, he independently developed software solutions for long-range ToF ranging and low-cost ESCs, which were widely adopted in toy-grade consumer drones. In 2023, he left his job to found MicoAir Tech. With a focus on making autonomous robotics technology easier to adopt, he continues to develop high-performance, affordable, easy-to-integrate standardized products in navigation and positioning, environmental sensing, and wireless communications.
He believes autonomous robotics technology should not be limited to a handful of large companies or specialized R&D teams. It should be a foundational capability that hobbyists, students, and small and medium-sized teams can readily access and use.
Making advanced autonomous robotics accessible to more people.