Welcome to our video, where we embark on a journey into the future of airspace! Have you ever imagined what the future of our airspace will look like? Join us to explore how human-operated aircraft will coexist with uncrewed systems in the skies. Step into the world of aviation innovation as we uncover the exciting developments in uncrewed aircraft sharing the celestial highway with traditional human-operated planes or airlines. The future has not just possibilities; it has limitless possibilities, and we're here to inspire you !
Join us as we uncover the transformative potential of uncrewed aerial systems,#UAS, and the Federal Aviation Administration's #FAA pivotal role in shaping this technological landscape. But remember, this journey is not just ours; it's yours too! Your role is not just important; it's crucial in shaping the future of airspace. In this video, we explore the advancements and challenges associated with UAS and how they are revolutionizing the way we interact with airspace. From delivery drones to aerial photography, the possibilities are limitless, sparking excitement for the future. If you're curious about aviation's future and regulations, this video is a must-watch! Advanced Air Mobility, #AAM, seeks to integrate unmanned aerial systems (UAS) or #Drones and sustainable aircraft like electric vertical takeoff and landing,#eVTOLs.
Join us as we dive into the complexities of integrating uncrewed aircraft into the national airspace alongside human-operated planes like #Airlines. Discover how safety, regulations, and public opinion shape the future of our #skies. Safety and regulations are not just our priorities; they are our top priorities, ensuring a secure and efficient airspace for all. Be a part of the evolution of the airspace! Remember to like and share this video with your friends who are interested in technology and aviation. By sharing, you're not just spreading the word but also making a significant impact by becoming a part of the conversation about the exciting developments in the UAS and FAA regulation worlds, the evolution of advanced air mobility, or urban air mobility,#UAM, and reimagining our airspace! Witness the transformation of the airspace and the challenges faced by the Federal Aviation Administration in ensuring safety for all.
#airtaxi#NASA#airport#publictransport#pilot
At Baltic Ghost Wing Center of Excellence in Estonia, we push the limits of unmanned aerial systems (UAS) by conducting rigorous tests in conditions that simulate the harshest environments on the planet. From extreme cold to high winds and unpredictable weather, our proving grounds challenge both the technology and the operator—ensuring performance under the most critical circumstances.
Our goal: to prepare civilian, dual-use, and defense-related UAS pilots for any situation they may encounter, mirroring the conditions seen in real-world conflict zones, such as Ukraine. The future of aerial autonomy depends on mastering adversity, and at Baltic Ghost Wing, we make sure our pilots and systems are ready to take on those challenges.
📍 Jõhvi, Estonia: Home to innovation, resilience, and the next generation of UAS pilots.
#UAS#DroneTesting#BalticGhostWing#Estonia#DualUseTech#DefenseTech#ExtremeConditions
Our new Long-Range UAS, Reliant, in flight tests.
When fully tested and released Reliant will provide long-range/long-endurance, ISR/RSTA capabilities for both land and maritime operations. Reliant’s development builds on our experience developing and fielding the Vector 2-in-1 UAS.
Stay tuned for additional insights…
#vtol#uas#isr#rsta#land#maritime
How can Aerosonde help you develop solutions for your unique mission sets? As the premier, mid size reconnaissance drone for sea and land based missions, Aerosonde brings a broad set of capabilities to ensure that your needs are met.
Our new Long-Range UAS, Reliant, in flight tests.
When fully tested and released Reliant will provide long-range/long-endurance, ISR/RSTA capabilities for both land and maritime operations. Reliant’s development builds on our experience developing and fielding the Vector 2-in-1 UAS.
Stay tuned for additional insights…
#vtol#uas#isr#rsta#land#maritime
In the BURDI.eu project, optimising U-space airspace operations is key to establishing a resilient, efficient, and scalable framework for unmanned aircraft system (UAS) traffic management. 🌍🚁
To achieve this, we focus on:
- Network Flow Management: Ensuring that UAS operations maintain consistent and secure network flow across controlled and uncontrolled airspace.
- Capacity Management: Adjusting airspace capacity dynamically to meet traffic demands, minimising delays and enhancing efficiency.
- Collaborative Traffic Management: Facilitating real-time communication and coordination among UAS operators, air traffic controllers, and relevant authorities.
- Operational Protocols: Establishing clear protocols for arrival and departure procedures, emergency response, and disruptions management.
By prioritising these aspects of operational management, BURDI.eu aims to support a comprehensive network that meets the demands of evolving innovative air mobility. 🌐📋
#burdi#uspace#sesar3ju#cinea
The future of autonomy is #BuiltOnExperience. Insitu UAS have 30 years and over 1.4 million real-world operational flight hours under their wings. Over land and sea, from ship or shore, flying 24+ hours from day to night and back again, every minute supporting critical customer missions is built into today’s Insitu UAS.
✨If you are going to share the airspace with commercial aircraft, UAS Traffic Management (UTM) should be top of mind. Govind Singh demonstrates a path to integration for open source UTMs and QGC in this video of his talk at the #PX4DevSummithttps://hubs.la/Q02pQZ390
Senior Vice President, Air & Space Systems & GM, Huntsville Site
2moFinally a tactical UAS that is both runway independent and agile enough to be employed and survive on today’s and tomorrow’s lethal battlefields.