uAvionix, renowned for its expertise in communications, navigation and surveillance (CNS) technologies, offers a wide range of safety solutions to enable complex aviation operations among all airspace users in the national airspace system (NAS).
Air
Air
Applying Commercial Connectivity Success to Modern Warfare
Date/Time: Wednesday, July 17 at 3:00 – 4:00 pm ET
Webinar Description:
Military field operations are undergoing a transition and becoming more remote. By leveraging non-line-of-sight (NLOS) capabilities from unmanned aerial or ground systems, field personnel can receive comprehensive intelligence from the command center. From increased situational awareness to safer use of field personnel, Roee’s webinar will review a number of use cases.
Speakers:
Roee Kashi, Co-founder & CTO, Elsight
Registration:
Registration is free for all attendees
FAA-EASA International Aviation Safety Conference
Last week, Max Rosen, Director of Government Affairs for AUVSI, attended the Federal Aviation Administration (FAA) - European Union Aviation Safety Agency (EASA) International Aviation Safety Conference in Washington, DC. Several AUVSI and Air Advocacy Committee members were in attendance, alongside many senior officials from both FAA and EASA. The event was sponsored by AUVSI and members RTX, Boeing, Joby, and Wisk.
NASA Noise Prediction Tool Supports Users in Air Taxi Industry
*/
/*-->*/
The results from a NASA software tool called OVERFLOW, used to model the flow of air around aircraft, are shown in this image.
NASA
John McArthur, WISPR Systems | Dawn of Autonomy | Episode 25
Dawn of Autonomy continues "Complex Ops" Month, sponsored by uAvionix, featuring special guest John McArthur, VP of Sales and Marketing at WISPR Systems. Established in 2016, WISPR Systems' mission is to not only provide dependable and affordable U.S.A. commercial UAS but also offer turnkey payload options for various market sectors. John brings years of expertise in sales and marketing from his work with start-ups and early-stage companies and has played a crucial role in driving WISPR Systems’ market presence and expansion.
Join Dawn and John on June 19th as they discuss WISPR Systems’ versatile, rugged, and reliable commercial drones and how they enable complex operations, including surveying, mapping, telecommunications, utilities, public safety and more:
Mississippi-based WISPR Systems, a leading manufacturer of commercial drones, is excited to announce a partnership with Gremsy, one of the top manufacturers for camera gimbal stabilizers for unmanned aerial vehicles (UAVs).
Nesbit, Mississippi – Mississippi-based WISPR Systems, a leading manufacturer of commercial drones, is excited to announce a partnership with Gremsy, one of the top manufacturers for camera gimbal stabilizers for unmanned aerial vehicles (UAVs).
The all-new SkyScout from WISPR Systems is the ideal drone for mapping surveying, construction and power line inspection, and WISPR has partnered with Gremsy to support the innovative drone. Gremsy currently supports SkyScout with four products – Pixy SC-24, Pixy LR S-port, Vio F1/G1 and Zio – and the integrated Pixy SC-24 for SkyScout began shipping in April 2024.
Service Bulletin. Aviation Safety Applied to Drones and eVTOL
Safety in Drones and eVTOL
Embention, a pioneer in systems for drone and eVTOL certification, incorporates Service Bulletin into its products for autonomous aircraft as part of its operational safety policy. This allows Veronte equipment users to stay updated on any need for improvement or correction affecting Embention products, thus maintaining safety standards comparable to those of traditional certified aviation.
Depending on their criticality, service bulletins are classified by consideration. Embention has adopted a system with 3 categories:
Jack Elston, Black Swift Technologies | Dawn of Autonomy | Episode 24
This week's Dawn of Autonomy podcast features Dr. Jack Elston, the CEO and co-founder of Black Swift Technologies. Jack’s journey into complex ops began when he earned his Ph.D. from the University of Colorado Boulder where he created a sophisticated network, Unmanned Aircraft Systems (UAS) and control algorithms for sampling tornadic supercell thunderstorms.
