Reliable Robotics Reveals Airspace Integration Solution; Marc Pos To Lead Critical Radar Systems Component
Reliable Robotics, a leader in autonomous aircraft systems, has appointed Marc Pos as the head of radar design, a crucial element in its plans for an aircraft-agnostic Airspace Integration Solution. The company is dedicated to developing a solution that facilitates the safe integration of remotely piloted aircraft, whether crewed or uncrewed, into the National Airspace System (NAS). Marc Pos, as the Senior Fellow in this role, will address the challenge of certifying Detect and Avoid (DAA) systems capable of tracking all airspace users, regardless of their transponder status. Radar technology is identified as the sole all-weather, non-cooperative sensor for DAA. This move underscores Reliable Robotics' strategy to simultaneously certify safety-enhancing aircraft automation and build an Airspace Integration Solution to safely integrate remotely piloted aircraft into the NAS. With his nearly three decades of experience in designing radios, radars, and radar altimeters, including the development of phased array radar systems for airborne DAA, Pos is well-equipped for this task. He has also been involved in various RTCA committees related to radar sensing in DAA systems and currently participates in SC-228. The addition of radar to the Reliable Robotics sensor suite is seen as a critical step in providing a robust and certifiable DAA solution. The company is actively recruiting engineering talent to support its mission of delivering safe and certified automation systems to commercial aviation.
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