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 by Staff Writers Riga, Latvia (SPX) Mar 16, 2021
Mobile innovator LMT and software company Dimetor have partnered to explore the integration of drones into VLL (very low level) airspace. This builds on earlier collaboration where the two companies succeeded in validating the viability of BVLOS drone flights using mobile networks. The current collaboration entails investigative research into the theoretical and practical possibilities of using the mobile network to drive the inclusion of UAVs into air traffic. A critical component of the research conducted by the two pertains to addressing the challenges of communication and safety related to BVLOS (beyond the visual line of sight) flights. Ensuring real-time communication between flight operators, aviation authorities, and any 3rd parties that are involved, is critical to paving the way for autonomous flights. To address these challenges, the AirborneRF data platform by Dimetor will be used in the LMT mobile network and its advanced network measurements to ascertain the success of the experiments. LMT and Dimetor's collaboration spans more than one year already. In 2019, they collectively implemented a live BVLOS drone flight, providing early validation to the safety and viability of drone flight beyond the visual line of sight. Building on this experience, LMT also demonstrated one of the first cross-border BVLOS drone flights worldwide. The results of these pilot projects demonstrate that the mobile network in its current configuration is capable of hosting UAV flight - the widespread use of autonomous drones in smart city (among other) applications is within reach. But further investigation is needed to confirm that it is sufficient to do so in a safe and functional manner. To ensure that the mobile network is suitable for UAV flight, LMT is working on a variety of projects: + The COMP4DRONES project, an ECSEL JU project that brings together a consortium of 50 partners with the aim of providing a framework of key enabling technologies for safe and autonomous drones. + Collaborating with local regulating institutions to solve the regulatory requirements of integrating drones into airspace. + Network and infrastructure research and analysis in collaboration with Dimetor on the future viability of ensuring communication in VLL airspace. + The SESAR U-Space "GOF 2.0 Integrated Urban Airspace Validation" project. Dimetor is a consortium member, and Latvia will be one of the countries where the end-to-end BVLOS drone operations, utilizing LMTs mobile network, will be implemented. The objective is to "focus on the safe, secure, and sustainable integration of all airspace users into one unified airspace". Significant efforts to integrate UAVs into common airspace are being made by GSMA and GUTMA, establishing the Aerial Connectivity Joint Activity (ACJA). Bringing together mobile network operators, regulators, and the aviation industry to best understand how to integrate drones into common airspace is a crucial prerequisite to implementing drone applications. "LMT, as a founding member of ACJA and very active contributor to the global interface specification and performance requirement work, is clearly a driving force for a future of cellular-connected drone services." - Thomas Neubauer, GUTMA/GSMA (ACJA) Work Task lead and co-founder of Dimetor To support these efforts, solutions for information exchange and safe drone flight are necessary for this integration to happen. This is the area that LMT and Dimetor's collaboration aims to address.
Windhover Labs introduces US-Made drone flight computer Texas City TX (SPX) Mar 12, 2021 Windhover Labs, an emerging leader in open and reliable flight software and hardware, announces the upcoming availability of its first hardware product, a low cost modular flight computer for commercial drones and small satellites. This new line of flight computers was created with hardware and software developed in the United States and will be available as a low-cost consumer model, as well as mission critical professional models with features that facilitate integration into the National Air Sp ... read more
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