Reliable Robotics Corporation

It’s great to see the enthusiasm and support across the international aviation community for Advanced Air Mobility (AAM). Brandon Suarez, VP of UAS Integration and Davis Hackenberg, VP of Government Partnerships participated in the first International Civil Aviation Organization AAM Symposium in Montreal this week with discussions focused on international harmonization of Uncrewed Aircraft Systems (UAS) standards and policy. Davis moderated the traffic management panel, a conversation about integration of UAS into the airspace. #AAM #UAS #ICAO80

In this video, Evan walks us through some of the modifications we've made to turn a Cessna Caravan into a fully automated aircraft.

"Reliable Robotics is set to deepen its engagement with the United States Air Force and advance its uncrewed aircraft system (UAS) development under a new funding award... It includes matching funding from Eclipse Ventures, an existing investor in the California-based developer of autonomous aircraft systems." Read more by Elan Head online at The Air Current: https://lnkd.in/gxiAkahF

Reliable has been awarded competitive funding for the United States Air Force under the AFWERX Tactical Funding Increase (TACFI) program with matching investment from Eclipse. This funding will support uncrewed flight for representative military missions. https://lnkd.in/gN_fgVxM #USAF #Automation #UAS

Thank you to the U.S. Chamber of Commerce for hosting informative discussions at the Global Aerospace Summit today in DC. Our CEO and Co-founder Robert Rose had the opportunity to share the safety-enhancing benefits of Reliable’s technology, explain how remote piloting is here today highlighting mission-critical cargo deliveries during military exercises like #AGILEFLAG, and recognize policymakers and the FAA for their commitment to aviation safety with the passage of the FAA Reauthorization Act. #AviationSafety #Automation?#USLeadership

2025 internship opportunities are now live! Please share our careers page with college students looking for meaningful engineering experience, bringing autonomous flight systems to aviation.?https://lnkd.in/g86Medxk We look forward to welcoming another cohort of interns next year! #EngineeringInternships #Interns #Automation

Brandon Suarez, vice president of UAS integration at Reliable Robotics Corporation, plays a vital role in navigating the company’s automated flight system, from the research and development phase of the autonomous flight program to receiving approval from the Federal Aviation Administration. Suarez recently sat down with?Cargo Facts?to discuss Reliable’s accomplishments and the challenges it faced developing its automated flight software, collaborating with the FAA and NASA to establish and define regulatory and safety guidelines for implementing the system into national air space. https://hubs.la/Q02N6rg30

???? Thank you to our summer intern cohort for your long-lasting contributions! Our interns immerse themselves with “hands-on” projects that yield results, collaborate alongside experienced engineers and get a lot of autonomy. ??? Internship opportunities for next year will go live on Friday, Sept 6th! ?? Stay tuned, and please share with the college students in your life who are looking to do impactful work building the future of aviation. #EngineeringInternships #Interns #Automation

Reliable Robotics participated in the United States Air Force's AGILE FLAG exercise this month, which simulated realistic logistics missions in austere settings. Reliable demonstrated autonomous cargo delivery of critical military equipment on-demand across multiple locations over the course of a week. https://lnkd.in/g_mspKNR #Cargo #USAF #AFWERX #AFRL

In 2017, the Federal Aviation Administration published a technical standards order (TSO) detailing how an air-to-air radar system could be certified. Reliable Robotics Corporation Robotics is taking on the challenge of designing and producing radars that perform to FAA standards. We are developing radars to serve as a core component of detect and avoid systems that are unlike commercial off the shelf versions and military radars which are costly and heavy. The Reliable radar meets stringent low cost, size, weight and power (C-SWap) requirements for airborne applications and complies with FAA published TSO standards. Read more: https://lnkd.in/gBGcq77n and reach out to Larry Surace if you would like additional information. #FAA #DAA #radar