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<p><span style="color: #ba372a;"><em>03 October 2024</em></span></p>
<p><span style="color: #ba372a;"><strong><a style="color: #ba372a;" href="https://www.uavnavigation.com/" target="_blank" rel="noopener">UAV Navigation-Grupo Oes&iacute;a</a></strong></span> has announced that SATNUS (a company formed by GMV, Sener Aeroespacial and Tecnobit-Grupo Oes&iacute;a) has counted on its collaboration in the ambitious European program Future Combat Air System (FCAS). This program aims to develop a future-generation weapon system (NGWS), which will integrate a new generation of manned fighters (NGF) and multiple remotely piloted air systems (Remote Carriers or RC), all interconnected through a Combat Cloud (CC).</p>
<p>Within the FCAS program, UAV Navigation-Grupo Oes&iacute;a participates in Pillar number 3 of Remote Operators through a subcontract with SATNUS Technologies SL, which is in charge of maturing technologies and minimizing risks in the development of remotely manned elements of the future generation weapon system. Airbus GmbH is leading this pillar at the European level, with the participation of MBDA as the lead company from France and SATNUS as the lead company from Spain.</p>
<p>In the framework of this project, UAV Navigation-Grupo Oes&iacute;a provides its autopilot for the Manned-Unmanned Teaming &amp; Common Systems Demonstrator (MCSD). This demonstrator, led by SATNUS, will allow the rapid development and testing of concepts and technologies, with a special focus on Manned-Unmanned Teaming (MUT) functions and architecture during phase 1B of the program's technology demonstration.</p>
<p>With its participation, UAV Navigation-Grupo Oes&iacute;a will provide innovative technological solutions and offer comprehensive support in the autopilot technical development, integration and operation phase. This support will be fundamental for the evolution and maturation of the technological capabilities of the program, contributing to the remotely piloted manned systems meeting the demanding requirements of this future combat air system.</p>
<h5><span style="color: #ba372a;"><strong>About UAV Navigation - Grupo Oes&iacute;a</strong></span></h5>
<p>UAV Navigation-Grupo Oes&iacute;a is a company specializing in the design of guidance, navigation, and control (GNC) solutions for Unmanned Aerial Vehicles (UAVs) since 2004. UAV Navigation-Grupo Oes&iacute;a's flight solutions are used by a wide range of leading aerospace manufacturers for a variety of Unmanned Aerial Vehicles (UAVs), also known as remotely piloted aircraft systems (RPAS) or "drones."</p>
<p>UAV Navigation is part of the Grupo Oes&iacute;a, a 100-percent Spanish-owned, private, and independent group of companies dedicated to technological and digital engineering. It develops and implements projects in 40 countries and has approximately 3,400 professionals in 19 corporate offices spread across Europe, Latin America, and Asia. Over its 46 years of history, it has innovated in products and services that benefit over 2 billion people worldwide, with the purpose of creating a better, more efficient, secure, and sustainable world.</p>
<p>The industrial companies within the Grupo Oes&iacute;a ecosystem are responsible for designing, developing, and maintaining cutting-edge technology for the Security, Defense, and Aerospace sectors, with a long track record of work in avionics for significant projects such as the Eurofighter EF-2000, A-400M, F-18, C-295, P3-B Orion, or MH-60R. The group is now involved in the most important UAV projects, including FCAS/NGWS, Eurodrone, and SIRTAP, among others.&nbsp;&nbsp;</p>

UAV Navigation-Grupo Oesía contributes to Future Combat Air System 

<p><em><strong>[Following content courtesy of SPH Engineering press office]</strong></em></p>
<p><span style="color: #ba372a;"><em>02 October 2024</em></span></p>
<p>In July 2023, a boat with three people on board sank in Laguna San Pablo, one of the largest and deepest lakes in Ecuador. The local search and rescue team couldn't locate the wreck to recover the bodies. The diving team contacted Aerial Development Services (ADS) for help. ADS decided to test <a href="https://www.sphengineering.com/" target="_blank" rel="noopener"><span style="color: #ba372a;"><strong>SPH Engineering</strong></span></a>'s drone-based dual-frequency <span style="color: #ba372a;"><strong><a style="color: #ba372a;" href="https://www.sphengineering.com/integrated-systems/technologies/echo-sounder?utm_source=pitch&amp;utm_medium=prowly+" target="_blank" rel="noopener">echo sounder</a></strong></span>, which is known for its ability to provide remote underwater mapping.</p>
<p><img src="https://media.thedroningcompany.com/images/tincy/j1A4YwB6k8XVgQM7DlaUivem37tMKgmD1iuPN7tT.jpg" alt="" width="473" height="435" /></p>
<p><span style="color: #34495e;"><em><strong>Drone DJI RTK M300 Integrated with SPH Engineering Echo Sounder System during the survey over the lake.</strong></em></span></p>
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<div class="pr-story--text">Using a boat or a Remotely Operated Vehicle (ROV) with Multi-Beam Echo Sounders (MBES) or side-scanning sonar would be considered the best choice in such underwater search operations. However, the Single Beam Echo Sounder (SBES) was more readily available, as access to the more advanced MBES technology required more time and coordination with National Emergency Services. The waiting time for the delivery of the MBES system was too long.</div>
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<div class="pr-story--text">Therefore, the team decided to locate the sunken boat using what was more accessible&mdash;a&nbsp;<span style="color: #ba372a;"><strong><a style="color: #ba372a;" href="https://shop.sphengineering.com/en-en/collections/integrated-systems/bathymetry_bundle+bathymetry?_gl=1*1m4itt9*_ga*NzMwOTYxNjkyLjE2OTA4NDAyMzc.*_ga_FXYYM6WQB9*MTcyNzc5MDg0Ni4xMDc3LjEuMTcyNzc5MTAzOC4wLjAuMA..&amp;utm_source=pitch&amp;utm_medium=prowly+" target="_blank" rel="noopener">drone system with SBES</a></strong></span>&nbsp;. It wasn't a straightforward decision since the SBES is typically not the first choice for such detailed search operations. However, later, the system became an instrumental tool in the operation, showing how innovative thinking can often outweigh having the most advanced technology.</div>
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<h5 class="pr-story--subheader text--wrap pr-font--sans"><span style="color: #ba372a;"><strong>Challenges</strong></span></h5>
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<div class="pr-story--text">The operation encountered four significant challenges:</div>
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<div class="pr-story--text"><span style="color: #ba372a;"><strong>&bull; The remote location of Laguna San Pablo.</strong></span><span style="color: #ba372a;">&nbsp;</span>Situated in the uplands of Ecuador, the lake is far from major urban centers, which makes the mobilization of heavy search equipment difficult and costly.&zwj;</div>
<div class="pr-story--text"><br /><span style="color: #ba372a;">&bull; <strong>The search area was located 450 meters from the shore.</strong></span><span style="color: #ba372a;">&nbsp;</span>This requires a solution that would effectively work over a substantial distance.</div>
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<div class="pr-story--text"><span style="color: #ba372a;"><strong>&bull; The lake's altitude is high&mdash;2650 meters above sea level.</strong></span><span style="color: #ba372a;">&nbsp;</span>Drone operations at high altitudes are discouragingly challenging due to the thinner air, which can impact the drone's lift and overall performance. This was crucial since the drone must maintain stability and control while carrying the additional weight of the echo sounder.&zwj;<br /><br /><span style="color: #ba372a;"><strong>&bull; The choice of using SBES over MBES technology.</strong></span><span style="color: #ba372a;">&nbsp;</span>SBES doesn't offer the same level of coverage in a single pass. As a result, detecting the wreck with SBES required a much denser survey grid to achieve comparable results.</div>
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<div class="pr-story--text"><img class="pr-story-image" src="https://prowly-prod.s3.eu-west-1.amazonaws.com/uploads/85048/assets/690353/large-1359215b4460e2f95944476e9d468cd9.jpeg" alt="The satellite picture shows the distance between the shore and the searched object." width="683" height="455" />
<p class="pr-text--medium pr-font--light pr-font--condensed"><em><strong>The satellite picture shows the distance between the shore and the searched object.</strong></em></p>
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<h5 class="pr-story--subheader text--wrap pr-font--sans"><span style="color: #ba372a;"><strong>Solution and Outcome</strong></span></h5>
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<div class="pr-story--text">Aerial Development Services (ADS) conducted the survey over the lake using the DJI RTK M350 drone equipped with&nbsp;<span style="color: #ba372a;"><strong><a style="color: #ba372a;" href="https://www.sphengineering.com/integrated-systems/skyhub?utm_source=pitch&amp;utm_medium=prowly+#how-it-works" target="_blank" rel="noopener">SkyHub</a></strong></span>, a&nbsp;<span style="color: #ba372a;"><strong><a style="color: #ba372a;" href="https://shop.sphengineering.com/en-en/products/us-d1?_pos=1&amp;_sid=73a410813&amp;_ss=r&amp;_gl=1*xl2uoo*_ga*NzMwOTYxNjkyLjE2OTA4NDAyMzc.*_ga_FXYYM6WQB9*MTcyNzc5MDg0Ni4xMDc3LjEuMTcyNzc5MTUwOS4wLjAuMA..&amp;utm_source=pitch&amp;utm_medium=prowly+" target="_blank" rel="noopener">radar altimeter</a></strong></span>, an&nbsp;<span style="color: #ba372a;"><strong><a style="color: #ba372a;" href="https://shop.sphengineering.com/en-en/products/mr77?_pos=1&amp;_sid=1b1cce6e0&amp;_ss=r&amp;_gl=1*1lcwk0l*_ga*NzMwOTYxNjkyLjE2OTA4NDAyMzc.*_ga_FXYYM6WQB9*MTcyNzc5MDg0Ni4xMDc3LjEuMTcyNzc5Mzg3MS4wLjAuMA..&amp;utm_source=pitch&amp;utm_medium=prowly+" target="_blank" rel="noopener">obstacle avoidance sensor</a></strong></span>, and an&nbsp;<span style="color: #ba372a;"><strong><a style="color: #ba372a;" href="https://shop.sphengineering.com/en-en/collections/integrated-systems/products/ect-d052s-combo?_gl=1*18s67x3*_ga*NzMwOTYxNjkyLjE2OTA4NDAyMzc.*_ga_FXYYM6WQB9*MTcyNzc5MDg0Ni4xMDc3LjEuMTcyNzc5Mzk4Ni4wLjAuMA..&amp;utm_source=pitch&amp;utm_medium=prowly+" target="_blank" rel="noopener">ECT D052S dual frequency echo sounder</a></strong></span>. The mission was planned using the&nbsp;Area Scan function of&nbsp;<strong>&nbsp;<span style="color: #ba372a;"><a style="color: #ba372a;" href="https://www.sphengineering.com/flight-planning/ugcs?utm_source=pitch&amp;utm_medium=prowly+" target="_blank" rel="noopener">UgCS</a></span></strong> flight planning software. Based on the available information, the boat was approximately 3 meters in length, 5 meters in width, and 2 meters in height.</div>
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<div class="pr-story-image-container"><img class="pr-story-image" src="https://prowly-prod.s3.eu-west-1.amazonaws.com/uploads/85048/assets/690785/compressed_original-f69653285a6eac1532137026cbfa48e3.jpeg" alt="Flight mission planning in UgCS software" width="680" height="453" />
<p class="pr-text--medium pr-font--light pr-font--condensed"><em><strong>Flight mission planning in UgCS software.</strong></em></p>
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<div class="pr-story--text">The SBES-equipped drone was deployed to perform bathymetric measurements from the shore, covering the&nbsp;450-meter distance to the search area&nbsp;. Since the lake had no vegetation or obstacles and the waters were calm, the echo sounder was dragged at a&nbsp;&nbsp;max speed of 0.7m/s&nbsp;parallel to the vector from west to east.<br /><br />To calculate the separation between lines for the survey, the estimated depth of the lake in the survey area and the echo sounder&nbsp;beam width of 7&deg;&nbsp;&nbsp;were taken into account. The calculated&nbsp;footprint of the beam on the bottom was 4.28 meters. The separation&nbsp;&nbsp;used in the mission was&nbsp;&nbsp;5 m&nbsp;to assure almost 90% coverage in the survey area and close the 0 probability of missing the target.<br /><br />The check line was included in the mission.&nbsp;<br /><br />During the survey, ADS closely monitored real-time data from the echo sounder to detect enhancements of two meters on the southeastern side of the search area, which&nbsp;matched the boat's dimensions&nbsp;. The results were shared with the rescue team, who confirmed the boat was in that area. The team's ability to interpret and use the data was fundamental to the mission's successful outcome.<br /><br />This mission required precise control and coordination to ensure the drone could maintain stability throughout the operation. The echo sounder system provided the necessary data to&nbsp;precisely pinpoint the location of the wreck. Despite all the limitations of SBES, it has proven to be an effective tool in the hands of skilled operators.</div>
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<div class="pr-story-image-container"><img class="pr-story-image" src="https://prowly-prod.s3.eu-west-1.amazonaws.com/uploads/85048/assets/690786/large-762161d94f2e8b04cbb04b95229f0652.jpeg" alt="Processed data in Hydromagic software showing the anomaly and the presence of the object" width="680" height="453" />
<p class="pr-text--medium pr-font--light pr-font--condensed"><em><strong>Processed data in Hydromagic software showing the anomaly and the presence of the object.</strong></em></p>
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<div class="pr-story-image-container"><img class="pr-story-image" src="https://prowly-prod.s3.eu-west-1.amazonaws.com/uploads/85048/assets/690787/large-efb42e99ec846655ba8842f53b9e5d1f.jpeg" alt="3D model of the surveyed area, showing the found object" width="683" height="455" />
<p class="pr-text--medium pr-font--light pr-font--condensed"><em><strong>3D model of the surveyed area, showing the found object.</strong></em></p>
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<h5 class="pr-story--subheader text--wrap pr-font--sans"><span style="color: #ba372a;"><strong>Conclusion</strong></span></h5>
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<div class="pr-story--text">The discovery of the sunken boat in Laguna San Pablo demonstrates how the use of the echo sounder on the drone helped overcome significant logistical and environmental challenges. It's an example of adaptability within the rigid constraints of the region and the technology available.<br /><br />As drone and&nbsp;<span style="color: #ba372a;"><strong><a style="color: #ba372a;" href="https://www.sphengineering.com/integrated-systems/technologies/echo-sounder?utm_source=pitch&amp;utm_medium=prowly+" target="_blank" rel="noopener">echo sounder technology</a></strong></span>&nbsp;continues to develop, its applications in various fields will expand as it offers new solutions to complex tasks. The ADS team's result will serve as a precedent for future operations with similarly challenging conditions. It highlights the significance of creative thinking, adaptability, and expertise.</div>
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SPH Engineering Echo Sounder system solves mystery.

<p><span style="color: #ba372a;"><em>30 September 2024</em></span></p>
<p><em><strong>[Following content courtesy of Skydio press office]</strong></em></p>
<p>Skydio started ten years ago with a simple premise: Drones can be the ultimate data capture tool, but not without autonomy. Requiring the constant attention of a skilled operator is an inherent barrier to scale. That&rsquo;s why Skydio bet big on autonomy from day one.</p>
<p>At its core, autonomy is about embedding the skills of an expert pilot into the drone system.&nbsp;<span style="color: #ba372a;"><strong><a class="undefined" style="color: #ba372a;" href="https://www.skydio.com/skydio-autonomy" target="_blank" rel="noopener">Skydio Autonomy</a></strong></span>&nbsp;onboard the X10, for example, can fly confidently without crashing into obstacles - day or night. Our drones can recognize subjects and track them with no operator assistance. With Skydio drones, an operator can be proficient and get valuable data with just a few hours of experience, democratizing access to drones for everybody.</p>
<p>But one limitation still lingers - there has always been one operator for every drone. Unshackling the drone from the operator means the drone can capture data on its own. An operator can command tens or even hundreds of drones, making them available anytime, anywhere they are needed, achieving true scale.</p>
<p>To pull forward the future of autonomous drone flight and data capture, Skydio is proud to announce Dock for X10.<em>&nbsp;</em>With Dock, drones can be stationed everywhere they are needed, ready to respond.</p>
<p>Pre-positioning drones in a city means public safety agencies can have eyes on scene during an emergency within&nbsp;<em>seconds</em>. Placing docked drones at an electrical substation enables continuous inspection of high-value equipment and rapid response after natural disasters. A drone housed at a construction site monitors progress quality daily, while drones docked at large gathering venues can provide valuable real-time safety information. Docks and drones on military bases enable round-the-clock patrols for greater security. The possibilities for impact extend across all of civilization&rsquo;s critical industries and infrastructure.</p>
<p>Dock for X10 was born out of thousands of hours of engineering, with lessons learned from 400 deployments of Dock for X2 and S2+ over the past two years.&nbsp;<em>Reliability is paramount</em>. With no person present, the complete robotic system from dock to drone to software has to work on its own, every single time, from launch through to landing.</p>
<p>Skydio X10&rsquo;s visual navigation system, coupled with onboard AI and autonomy, uses a visual fiducial system on the landing surface of the Dock to ensure precision landings. The X10 will recognize the landing surface, orient itself into position, then land on the platform, which then closes to protect and charge X10, even in the harshest conditions.</p>
<p>Dock for X10 is built to withstand almost anything Mother Nature can throw its way. Tested against 160 mph winds, Dock didn&rsquo;t budge. It has built-in HVAC to maintain a safe operating temperature for the drone in -4℉ to 122℉. Dock can withstand an intense rainstorm, and flight operations from Dock are possible in moderate rain and winds up to 28 mph, day or night.</p>
<p>Flight beyond visual line of sight (BVLOS) is a critical part of autonomous work and Dock for X10 is purpose-built for it. Attached weather sensors, an ADS-B In receiver and inputs for radar systems send the Remote Pilot in Command (RPIC) an accurate picture of both the airspace and conditions on the ground to satisfy many BVLOS requirements. Pre-flight checks are possible with cameras embedded in the Dock, allowing for remote vehicle inspection.</p>
<h5 class="type-h3"><span style="color: #ba372a;"><strong>Remote Ops and DFR Command Software Bring Remote Flight to Life</strong></span></h5>
<p>Remote Ops is the powerful software that fuels the operation of Dock for X10.</p>
<p>Critical to Remote Ops is the ability to fly on-demand from any remote location over a web browser. Remote Flight Deck is an intuitive, powerful flight interface that gives operators the choice of keyboard or game controllers as inputs to navigate. Operators can launch drones across any part of their Dock fleet and be airborne within 20 seconds. Live streams of the drone footage can be made available to all stakeholders via secure, shareable ReadyLink URLs, with no login required.</p>
<p>Easily capture repetitive data sets over time with Mission Planner and advanced scheduling. Skydio&rsquo;s Visual Positioning System maps environments in real-time for precise data capture, mission after mission, indoors or out. Or create GPS missions by dragging and dropping waypoints around a map to create your custom flight path. Then schedule your mission to run at a particular date and time or have missions run on a recurring schedule, provided you have regulatory approval, which the Skydio team has recently pioneered to enable operators to do just that. Imagine having 10s or even 100s of drones continuously collecting exactly the data you need to make informed decisions - all autonomously.</p>
<p>To simplify program management and lower overall burden, Remote Ops provides intuitive capabilities to manage your equipment. Know which Docks and drones are operational, when maintenance intervals are coming up and which pilots have been flying which drones. Remote Ops also integrates seamlessly into enterprise IT systems with single sign-on user management and security features, promoting trust and ease of use for critical operations.</p>
<p><span style="color: #ba372a;"><strong><a class="undefined" style="color: #ba372a;" href="https://www.skydio.com/applications/dfr-command" target="_blank" rel="noopener">DFR Command</a></strong></span>&nbsp;is developed expressly for public safety agencies to take full advantage of drones. It is designed to enable agencies to start, operate, and grow Drone as First Responder programs.&nbsp;<span style="color: #ba372a;"><strong><a class="undefined" style="color: #ba372a;" href="https://www.skydio.com/blog/announcing-skydio-dfr-command-for-public-safety-drone-as-first-responder-programs" target="_blank" rel="noopener">Learn more</a></strong></span>.</p>
<h5 class="type-h3"><span style="color: #ba372a;"><strong>Skydio Connect Access Points and Connect Fusion Provide the Range to Put Drones Where You Need Them</strong></span></h5>
<p>Connectivity is a foundational aspect of drone flight, with signal range being critical to high-quality video feeds. Skydio Connect Access Points are external point-to-point radio modules for X10 that are designed to be mounted away from the Dock at ideal vantage points, to achieve the best possible range and coverage for your mission. Access Points can be connected directly to a Dock, or deployed standalone with a direct internet connection to provide remote drone connectivity in the places you need it most, even if cellular coverage is not available.</p>
<p>Dock for X10 comes standard with a Connect Access Point. Skydio technicians will work with you to choose the best installation location based on your mission needs and local topography.</p>
<p>Skydio Connect 5G brings the increasingly ubiquitous availability of the cellular network to Dock and X10. Point-to-point radio connectivity is inherently limited to line of sight operation. When you need to fly around a building, over a hill and behind an obstacle - or simply need to go out a further distance, add Connect 5G to increase your range.</p>
<p>Skydio Connect Fusion brings the best of all connectivity options together in a seamless way. Your X10 will use Connect SL, our point-to-point connectivity option that comes standard; if it degrades the further out you fly and you want to continue the mission, and adequate cellular is available, Connect Fusion will seamlessly switch X10 over to cellular. You never miss a beat.</p>
<p>The Dock for X10 itself has several backhaul options including ethernet to your local network, a dedicated 5G connection using a Cradlepoint module and even Starlink for more remote installations.</p>
<h5 class="type-h3"><span style="color: #ba372a;"><strong>The Future of Autonomy is Here Today</strong></span></h5>
<p>The future of useful, autonomous flying robots operating in unconstrained environments is here and ready to empower those working to keep our communities safe, our critical infrastructure running, and our freedoms protected. Dock for X10 shipments begin in January 2025 for Early Access customers.</p>
<p>Thank you to our customers for joining us in this vision and on this journey. We wouldn&rsquo;t be here without you.</p>

Skydio Announces Dock for X10

<p><span style="color: #ba372a;"><em>26 September 2024</em></span></p>
<div>
<p><a href="http://www.pierceaerospace.net." target="_blank" rel="noopener"><span style="color: #ba372a;"><strong>Pierce Aerospace</strong></span></a> announced the launch of its YR1 Remote ID Sensor at the Association for Uncrewed Vehicle Systems International&rsquo;s (AUVSI) Industry Insight Summits Uncrewed Systems Security Event this week. The YR1 Remote ID Sensor provides commercial and government stakeholders with affordable airspace awareness. The YR1 is the physical layer of the company's Flight Portal ID Remote ID Services and has been in use with early adopters and US Government customers since early 2024. The YR1 is a high-performing Remote ID sensor built for long-range Remote ID detection. The YR1 is layer-able and networkable and provides various options to serve end-user needs, especially in airport and public safety operations.</p>
<p>"The YR1 builds from our past prototypes utilized in US Government experiments and operations, including supporting Temporary Flight Restrictions and National Security Special Events," said Aaron Pierce, CEO of Pierce Aerospace. "Over the past year, the YR1 has been installed to provide airspace awareness for urban, suburban, and rural airspaces, detecting drones over downtown metropolitan areas, at concerts and public gatherings, and at airports. The YR1 works across various use cases, satisfying government, commercial, and public safety airspace needs without having federal restrictions placed on its use and operation. We&rsquo;ve turned on the YR1&rsquo;s at airports and immediately started detecting drones actively flying in the immediate airspace."</p>
<p>The YR1 provides a professional-grade and affordable airspace awareness sensor and software packages that align with airports' and public safety agencies' missions and budgets. To aid in customer convenience, third-party vendors can readily integrate with Pierce Aerospace's Flight Portal ID Services to receive data streams captured by YR1 Sensors. This integration capability provides opportunities for Remote ID integration into Unmanned Traffic Management, command and control, common operational pictures, counter UAS systems, and more.</p>
<p>"The YR1 is the tip of the iceberg," said Pierce. The YR1 captures the data that powers our Flight Portal Remote ID Services&mdash;a suite of software and data streams that provides Remote ID functionality for public safety and offers integration into third-party providers for UTM, C2, and C-UAS services. The YR1 marks a step in the evolution of Remote ID and airspace awareness, and we're excited to make it available to a broader audience."</p>
<p><img src="https://media.thedroningcompany.com/images/tincy/auIkESEtqRVRIxofbTntEfY2SvU02xbjvCcx3NBW.png" alt="" width="690" height="395" /></p>
<p><em><strong>Pierce Aerospace's YR1 Remote ID Sensor can be installed in fixed site or mobile configurations.&nbsp;</strong></em></p>
<h5><span style="color: #ba372a;"><strong>About Pierce Aerospace</strong></span></h5>
<p>Pierce Aerospace, a Techstars-backed company, is a Remote ID service provider focused on the practical and robust integration of Remote ID services into the UAS ecosystem. As an Industry Leader, Pierce Aerospace serves on the FAA's Drone Safety Team, ASTM F38 Committee on Unmanned Aircraft Systems, the FAA's Remote ID Cohort, and the FAA Detection and Mitigation Advanced Rulemaking Committee. Funds from the US Air Force and the State of Indiana support Pierce Aerospace's Remote ID technology, which was nominated as Indiana's Innovation of the Year by Techpoint and awarded first place in Remote ID technology at AUVSI's Xcellence Awards. Pierce Aerospace was awarded the Techpoint Mira Award as Indiana's most innovative tech team. The company is headquartered in Indianapolis, Indiana, the racing capital of the world.&nbsp;</p>
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Pierce Aerospace Launches YR1 Remote ID Sensor

<p><span style="color: #ba372a;"><em>25 September 2024</em></span></p>
<p><a href="https://www.srizfly.net/" target="_blank" rel="noopener"><span style="color: #ba372a;"><strong>SRIZFLY</strong></span></a> is a software company specializing on development of flight simulator systems for professional drone operators. Our key product, <a href="https://www.srizfly.net/product/sesp-u1-srizfly-flight-simulator.html" target="_blank" rel="noopener"><span style="color: #ba372a;"><strong>SESP-U1 SRIZFLY </strong></span></a>Drone Simulator, is designed for comprehensive UAV training in basic flight, industrial inspection, public safety, search and rescue, agriculture, fire fighting, surveying and mapping, and more.</p>
<p>Our SRIZFLY family, though young in years, is a powerhouse of professionalism and enthusiasm. Each member, despite their relatively young age, brings a fresh perspective and a commitment to excellence. Our youth is not a disadvantage but a catalyst for innovation, allowing us to approach problems with a creativity and a vigor. Holding 24 China's national patents and 14 software copyrights, since 2016, we provide solutions for private industries and government organizations, to public education institutions and commercial drone training centers, and we have successfully managed projects across various sectors, demonstrating our ability to adapt and innovate.</p>
<p>Widely used with drone training centers worldwide, SRIZFLY Drone Simulator is the only simulator listed with the Enterprise DJI Ecosystem Solutions Catalogue.</p>
<h5><span style="color: #ba372a;"><strong>Our Mission</strong></span></h5>
<p>SRIZFLY Drone Simulator is designated as an advanced training solution for businesses looking to enhance their drone operations. It offers life-like flight locations, realistic application scenarios, comprehensive training modules, cutting-edge technology, and delivers an immersive piloting experience.</p>
<p>This simulator is built to bridge the gap between basic drone flight and the mastery of complex industry mission flights. It is equipped with features that help users acquire the necessary skills and experience in a safe and controlled environment. Thus, significantly decreasing the risks and cost associated with real-world flight training.</p>
<p>Furthermore, offering different atmospheric parameters, the software provides a unique opportunity to conduct training in harsh weather conditions. This feature is especially important for search &amp; rescue applications, where we simply can not wait for a sunny day.</p>
<p>Last, but not least, SRIZFLY Drone Simulator minimizes risk of uncontrollable events and accidents during the training process, allows to follow a systematic professional training.</p>
<h5><span style="color: #ba372a;"><strong>Technical Aspects</strong></span></h5>
<p>In the simulator, we develop a high-fidelity visual environment utilizing Unreal Engine 4 (UE4) to create realistic drone operation scenarios. Our engineers integrate a UAV simulation framework using AirSim flight simulator software and Pixhawk control systems to replicate authentic UAV dynamics. We construct a sophisticated business workflow that leverages extensive knowledge of a particular industrial sector presented in the simulator.</p>
<p>SRIZFLY offers superior visual rendering capabilities, ensuring an authentic control experience. It is equipped with a comprehensive suite of functionalities and designed applications that fulfill specific industrial needs. Being further supported by regular maintenance and updates, the simulator is offering high-definition detailing and a dynamic virtual environment that closely mimics real-world scenarios.</p>
<h5><span style="color: #ba372a;"><strong>Applications</strong></span></h5>
<p>The simulator is equipped with specialized training modules that correspond to a variety of industrial applications and workflows, ensuring comprehensive coverage for diverse professional needs.</p>
<p><span style="color: #ba372a;"><strong>Basic Training</strong> <strong>module</strong></span> is designed to present concise and straightforward training workflows for beginners. It facilitates the acquisition of essential UAV operation skills, like basic maneuvers and control mechanisms. This module encompasses several specialized features including:</p>
<p>&bull; Custom Map, where users can design custom training environments to their specific learning objectives and desires;</p>
<p>&bull; UAV Disassembly, gives an opportunity to engage in hands-on virtual disassembly and reassembly of DJI's enterprise-grade drone models; and,</p>
<p>&bull; Police Aviation Training, challenging users with sophisticated maneuvering exercises.</p>
<p>The module is structured to build a solid foundation of knowledge and proficiency, providing a stepping stone for users to progress towards more advanced levels of drone operation.</p>
<p><span style="color: #ba372a;"><strong>Free Flight</strong> <strong>module</strong></span> provides an extensive selection of scenic locations and drone models, including DJI T30 and T60 agricultural drones. Being an ideal environment for pilots to exercise their flight control and maneuvering skills, it allows for the exploration of various equipment options, testing of different configuration settings, and simulation of diverse weather conditions. Furthermore, this module offers a safe sandbox for users to conduct high-risk experiments, such as intentional drops, crashes, and collisions without the consequences associated with a real-world scenario. This risk-free experimentation encourages learning through trial and error, enhancing overall pilot proficiency while ensuring a enjoyable and engaging experience.</p>
<p><span style="color: #ba372a;"><strong>Industrial Applications</strong> <strong>module</strong></span> is where the simulator transitions to advanced operational training, offering a comprehensive suite of industry-specific workflows. This module is designed to accommodate serious demands of professional drone operations and includes:</p>
<p>&bull; Electric Tower Inspection, which comprises various distinct scenarios that simulate the critical task of inspecting electric towers, providing trainees with the skills needed to conduct these inspections safely and efficiently;</p>
<p>&bull; Firefighting Module, incorporating UAV training curriculums and competencies of fire departments, preparing operators for real-world firefighting and emergency response scenarios, including wildfires and high-rise building fire fighting;</p>
<p>&bull; Search and Rescue Applications that feature a variety of search and rescue simulations, each designed to challenge and develop the decision-making and operational skills necessary for these high-stakes missions;</p>
<p>&bull; Aerial Mapping, a component, allowing users to practice advanced mapping techniques and mission planning, which are crucial for accurate mission execution; and,</p>
<p>&bull; Agricultural Module, which offers a range of agricultural scenarios, each with different crop types.</p>
<p>By the conclusion of 2024, the SRIZFLY Drone Simulator is anticipated to incorporate specialized modules for the inspection of Oil and Gas refineries and for the surveillance of both offshore and inland wind farms. These advanced modules will offer detailed and industry-specific training scenarios, providing a controlled environment for users to acquire critical skills and experience in these sectors.</p>
<p>Each of these workflows is grounded in real-world training programs, effectively demonstrating the simulator's potential to prepare users for the complexities and nuances of industrial drone operations.</p>
<h5><span style="color: #ba372a;"><strong>Our Potential and Future</strong></span></h5>
<p>A key differentiating feature of our simulator is its unparalleled flexibility and customizable nature, which is a direct result of our in-house development capabilities. This autonomy allows us to tailor the simulator to the precise specifications and requirements of our clients.</p>
<p>We offer a high degree of configurability, enabling clients to personalize training scenarios and operational workflows, select from a variety of drone models, and simulate a broad range of environmental conditions and weather phenomena. Furthermore, the equipment to be utilized within the simulator can be meticulously added and refined to meet the particular demands of each industry sector, ensuring that the training scenarios are not only reflective of real-world operations but also directly applicable to the client's specific area of expertise.</p>
<p>In SRIZFLY we are deeply passionate about the burgeoning fields of drone and robotic technology, believing firmly that they represent the vanguard of innovation in our modern era. The potential of these industries to revolutionize sectors ranging from agriculture to medicine is exciting, as they promise to enhance efficiency, safety, and precision. Our enthusiasm is fueled by the transformative impact that drones and robotics have on everyday life and critical operations. And it is our sincere aspiration to immerse in this cutting-edge domain, contributing to its advancement and partaking in the creation of groundbreaking solutions. As SRIZFLY Drone Simulator, we are eager to collaborate with other industry pioneers and thought leaders to not only stay at the forefront of this technological revolution but to actively shape its course.</p>
<h5><span style="color: #ba372a;"><strong>Learn More</strong></span></h5>
<p><iframe style="width: 667px; height: 375px;" title="YouTube video player" src="https://www.youtube.com/embed/dC71hkrKOyA?si=LVJsHe6dMicqPsGW" width="667" height="375" frameborder="0" allowfullscreen="allowfullscreen"></iframe></p>

SRIZFLY Drone Simulator

<p><span style="color: #ba372a;"><em>23 September 2024</em></span></p>
<p><a href="https://tb2aerospace.com/" target="_blank" rel="noopener"><span style="color: #ba372a;"><strong>TB2 Aerospace</strong></span></a> has developed the patented DROPS (Drone Recharging Operational Payload System) system which enables fully autonomous UAV capture, delivery and recovery of payloads.</p>
<p>DROPS is a patented multi-mission payload system,&nbsp;designed to fit any UAV,&nbsp;allowing&nbsp;it to&nbsp;autonomously&nbsp;capture, launch&nbsp;and recover payloads&nbsp;without&nbsp;human intervention. The main advantages of DROPS system include:</p>
<ul>
<li>The ability to autonomously capture, deliver AND recover/relocate payloads,</li>
<li>Transforming any UAV of any size into a Multi-Mission Payload system, and</li>
<li>Autonomous docking and locking of UAVs and Payloads on UGS and USVs.</li>
</ul>
<p>Imagine a Robo-dog delivered over 60km into the field and when required it can be autonomously recovered by a UAV for recharging, or a UAV-deployed field of smart-mines which can be safely recovered or relocated without the need for Soldier&rsquo;s handling. &nbsp;</p>
<p>With the DROPS system a UAV can swap missions sets from Tactical Resupply Cargo Pods to Weapons Platform to ISR Sensor to CBRN sampler in seconds, without involvement of any humans.</p>
<p>TB2 DROPS is unique in that it is platform-agnostic, payload agnostic and designed to be employed in Groups 1-4 UAVs. Its MOD-Payload Compatible design enables DROPS to seamlessly integrate with almost any VTOL UAV platforms, ensuring that it can be utilized across different mission profiles.&nbsp;Now a UAV designed for one role can do multiple roles.</p>
<p>The key to the DROPS system is not just the patented alignment and capture system but the ability to guide the UAV to the Payload in a GPS-denied environment using the Payloads internal Terminal Guidance System (TGS). This system not only guides the UAV over the last 200 ft of the approach but also allows for payload discrimination so that a UAV approaching a cache of payloads can identify which one to capture using the In-Transit Visibility system employed across the DoD.</p>
<p>The team is led by founder, Hank Scott, CEO TB2 Aerospace, a former Naval Aviator and entrepreneur of several aviation innovations. Explaining the game changing nature of DROPS, Hank said, &ldquo;With the DROPS system the military has more flexibility, enabling one UAV for example, to be capable of executing multiple types of mission. It will enable the DoD warfighting to be more expeditionary without putting soldiers in harms-way. The flexibility in our design also standardizes the interface between the majority of UAV and payload manufacturers.&rdquo;&nbsp;</p>
<p>DROPS has advantages across the military domains, for example the Navy will benefit from the DROPS secure docking system which allows&nbsp;autonomous launch, recovery and securing of UAV&rsquo;s and payloads from Manned and Unmanned ships.</p>
<p><img src="https://media.thedroningcompany.com/images/tincy/zWncZFOastlEFnFu68ld2XiHxgng28OdNQK90Kzs.png" alt="" width="705" height="390" /></p>
<p>The DROPS system also has a patented docking and recharging system. When payloads such as Cargo Pods are docked they are also instantly locked in place with Electro-Permanent Magnets, removing the need for straps or tie-downs, furthering the autonomous nature of operations. When docked the payloads internal battery is recharged by the patented docking system. Once collected by the UAV this payload battery provides supplemental power to the UAV in flight, reducing UAV down-time and extending UAV range.</p>
<p>One payload designed for the DROPS system are TB2&rsquo;s patented Cargo Pods, unique in the respect of the standardization they bring across the military sector &ndash; bringing a set of standard sizes from 5kgs to circa 400kg for CASEVAC Pods (current under development for a US Army Phase 2 SBIR). The Pods are stackable, lock together like lego bricks and have their own internal power and avionics.</p>
<p>DROPS is already being recognized by the military, gaining 7 DoD grants over the past two years totalling over $4m. The team are working closely on research projects with the US Army to develop next-generation capability, from tactical resupply in a Contested Logistics environment, to the recovery of critical assets and CASEVAC missions.</p>
<p>Industry is also recognising the significance of DROPS, with partnership deals announced with manufacturers, such as DASIS in the UK and Quickstep in the U.S.</p>
<p>Art Boghozian from Amentum, one of TB2&rsquo;s partners, remarking on the force multiplier effect of DROPS, said, &ldquo;The integration of the DROPS Cargo Pod and Payloads with our existing support infrastructure is a game changer for military operations. This partnership not only enhances the capabilities of UAVs in the field but also ensures that soldiers can easily access supplies without extensive training, allowing them to focus on the mission at hand.&rdquo;</p>

TB2 Automates UAV Payload Delivery and Recovery

<p><span style="color: #ba372a;"><em>19 September 2024</em></span></p>
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<p>Data protocols are constantly evolving to enable interoperability and reliable transfer of increasing amounts of data at the highest speeds between more and more connected devices. To address this technological challenge, <a href="https://fischerconnectors.com/en/" target="_blank" rel="noopener"><span style="color: #ba372a;"><strong>Fischer Connectors</strong></span></a> is expanding its platform capabilities to meet the most demanding connectivitiy requirements for high-speed data transfer using the USB 3.2 Gen 2 protocol up to 10 Gbit/s.</p>
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<p>Fischer Connectors&rsquo; high-speed solutions with USB 3.2 Gen 2 up to 10 Gbit/s meet the versatile requirements of a wide variety of applications, from surgical equipment in operating rooms and small computers and peripherals for soldiers, to outdoor test &amp; measurement applications and civil and military drones. From left to right: Fischer Core Series, Fischer MiniMaxTM Series, Fischer UltiMateTM Series. (&copy; Conextivity Group 2024)</p>
<p><img src="https://media.thedroningcompany.com/images/tincy/CDTtlWllhtbnZodlsr79J6fBLiNPSPnJWVsASBHB.jpg" alt="" width="683" height="344" /></p>
<p>The Swiss-based company has developed new USB 3.2 connectors and cable assembly solutions in three of its flagship product lines to meet signal integrity and harsh environment requirements for medical, defense, industrial and instrumentation applications such as:</p>
<p>&bull; Surgical equipment in the operating room, USB3 cameras in orthopedic surgery or endoscopic devices, and instrumentation applications such as assembly production lines and outdoor inspections in radiation and/or contaminated areas, with the versatile, highly customizable Fischer Core Brass Series &ndash; 9 pins in &Oslash; 15.5 mm (&lsquo;size 1031&rsquo; plug), resistant to chemicals and sterilization processes.</p>
<p>&bull; Applications where SWaP (size, weight and power) is critical, such as miniature body-worn computers and peripherals, high-performance lidars and high-speed intercom boxes, with the ultra-miniature, high-density Fischer MiniMaxTM Series &ndash; 9 pins in &Oslash; 12.9 mm (&lsquo;size 08&rsquo; plug) or 12 signal and power pins in &Oslash; 14.9 mm (&lsquo;size 10&rsquo; plug), including high power up to 8A.</p>
<p>&bull; Civil and military drones equipped with USB3 cameras, and a wide range of military specifications (MIL- SPEC) applications, with the rugged, compact, lightweight Fischer UltiMateTM Series &ndash; 9 pins in &Oslash; 18.5 mm (&lsquo;size 11&rsquo; plug), 360&deg; EMC shielding, resistance to shock, vibration and corrosion up to 1,000 hours of salt mist.</p>
<p><img src="https://media.thedroningcompany.com/images/tincy/AQqNSNAz9pUpxlcjDepHeMfI89n7FywhZ9M8nohg.png" alt="" width="315" height="315" /></p>
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<p><em><strong>The Fischer MiniMax 9-pin connector is an example of connector designed specifically for high-speed data transfer using a single protocol (USB 3.2). (&copy; Conextivity Group 2024)</strong></em></p>
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<p>Fischer Connectors&rsquo; three series offer IP68 sealing (IP69 and hermeticity with a resin-sealed contact block for Core and UltiMate), extreme operating temperatures (MiniMax from -40 &deg;C to +135 &deg;C, Core from -70 &deg;C to +250 &deg;C, UltiMate from -55 &deg;C to +135 &deg;C), high mating cycles (MiniMax up to 5,000, Core and UltiMate up to 10,000), and three locking mechanisms: push-pull and quick-release for the three series, plus screw for MiniMax. UltiMate also allows for blind mating with an extremely robust mechanical keying.</p>
<h5><span style="color: #ba372a;"><strong>High-Quality Cable Assembly Ensures Signal Integrity Performance</strong></span></h5>
<p>Designing high-speed interconnect solutions requires expertise in cable assembly, high-performance connectors, and signal integrity simulation, testing and design.</p>
<p>During the design and characterization process, engineers must address a highly complex combination of parameters such as impedance matching, line delay, insertion/return loss, crosstalk and EMC shielding.</p>
<p>High-quality cable assembly is critical to ensure reliable and efficient data transmission, signal integrity and overall system function. &ldquo;To achieve successful high-speed data transfer from a device&rsquo;s transmitter to its receiver, connectors and cables must be cross-optimized and undergo a series of compliance tests at the system level,&rdquo; explains Ameny Chaabani, Signal Integrity Engineer at Fischer Connectors. &ldquo;USB 3.2 is a stringent protocol. Connector design, cable length, cable performance (loss), and the controlled and repeatable cable assembly and potting processes above 1 Gbit/s are some of the influencing parameters to consider. We must also study the full physical layer of a link as a whole, what we call system-level testing.&rdquo;</p>
<h5><span style="color: #ba372a;"><strong>Learn More</strong></span></h5>
<p><iframe style="width: 674px; height: 379px;" title="YouTube video player" src="https://www.youtube.com/embed/R1Hhs7gW0Es?si=2TNSJRug1dVjK82W" width="674" height="379" frameborder="0" allowfullscreen="allowfullscreen"></iframe></p>
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<h5><span style="color: #ba372a;"><a style="color: #ba372a;" href="https://fischerconnectors.com/en/circular-connectors/high-speed-data-connectors/" target="_blank" rel="noopener"><strong>https://fischerconnectors.com/en/circular-connectors/high-speed-data-connectors/</strong></a></span></h5>
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<h5><span style="color: #ba372a;"><strong>About Fischer Connectors</strong></span></h5>
<p>Fischer Connectors is part of Conextivity Group, a global technology group offering high-performance connectivity solutions that manage power and data flows seamlessly from sensors and devices to the cloud and AI, enabling the emergence of new transverse and scalable ecosystems. With nearly 700 people worldwide, one Group R&amp;D center located in Switzerland and supported by regional hubs, and six manufacturing sites, the Swiss-headquartered group is a full-service connectivity partner comprising two business activities: Fischer Connectors and Wearin&rsquo;. Wearin&rsquo; creates IoT wearable solutions that enhance safety and efficiency by improving situational awareness and coordination of connected humans including lone workers, security personnel, firefighters and first responders.</p>
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Want High-Speed Data Transmission?

<p><span style="color: #ba372a;"><em>18 September 2024</em></span></p>
<p>The Droning Company's <span style="color: #ba372a;"><strong><a style="color: #ba372a;" href="https://www.thedroningcompany.com/news/categories/jon-mcbride" target="_blank" rel="noopener">Jon McBride</a></strong></span> gets an overview and demo of <a href="https://shop.leica-geosystems.com/leica-blk/blk2fly/overview?c1=GAW_SE_NW&amp;source=USA_RC_BRND&amp;kw=leica_blk2fly_exm&amp;utm_source=google&amp;utm_medium=cpc&amp;utm_term=leica_blk2fly_exm&amp;utm_campaign=USA__-__Reality_Capture__-__Branded&amp;cr5=621284425815&amp;cr7=c&amp;gad_source=1&amp;gclid=Cj0KCQjw9Km3BhDjARIsAGUb4nw_gDW4a3_q84SDckp2O34dKXCyuR8p9dRrsZkI8f6xAF_Ew3VLLagaAgcHEALw_wcB" target="_blank" rel="noopener"><span style="color: #ba372a;"><strong>Leica's BLK2FLY</strong></span></a>&mdash;the world&rsquo;s first fully integrated autonomous LiDAR UAV&mdash;with Frank Collazo and Matt Brown.</p>
<h5><span style="color: #ba372a;"><strong>Watch!</strong></span></h5>
<p><strong><iframe style="width: 674px; height: 379px;" title="YouTube video player" src="https://www.youtube.com/embed/FNoRqKwJdEg?si=wvtrGUzxvbfgUduQ" width="674" height="379" frameborder="0" allowfullscreen="allowfullscreen"></iframe></strong></p>
<h5><span style="color: #ba372a;"><strong>Don't Forget to SUBSCRIBE to our YouTube Channel!</strong></span></h5>

COMMERCIAL UAV EXPO 2024 RECAP: Leica Geosystems BLK Autonomy

<p><span style="color: #ba372a;"><em>17 September 2024</em></span></p>
<p><span style="color: #34495e; background-color: #ffffff;">The <span style="color: #ba372a;"><strong><a style="color: #ba372a;" href="https://www.dji.com/neo" target="_blank" rel="noopener">DJI Neo</a></strong></span> was debuted at the Commercial UAV Expo on September 5. </span></p>
<p><span style="color: #34495e; background-color: #ffffff;">Visit the DJI booth with The Droning Company's <a href="https://www.thedroningcompany.com/our-team/brazzel" target="_blank" rel="noopener"><span style="color: #ba372a;"><strong>Timothy Brazzel</strong></span></a> to get a peak at the company's lightest, most compact video drone.</span></p>
<h5><span style="color: #ba372a;"><strong>Watch!</strong></span></h5>
<p><iframe style="width: 670px; height: 377px;" title="YouTube video player" src="https://www.youtube.com/embed/z2Rh-KsSJrY?si=lSIbCiNH0F6Rpi8j" width="670" height="377" frameborder="0" allowfullscreen="allowfullscreen"></iframe></p>
<h5 style="text-align: left;"><span style="color: #ba372a;"><strong>Don't Forget to SUBSCRIBE to our YouTube Channel!</strong></span></h5>

Commercial UAV Expo 2024 Recap: DJI Neo Release

<p><span style="color: #ba372a;"><em>16 September 2024</em></span></p>
<p><span style="color: #ba372a;"><em><img src="https://media.thedroningcompany.com/images/tincy/zvIQCzqzWlbCG19Ig5UGQeC9QCYUqB73Gkm6zWlo.jpg" alt="" width="131" height="132" /></em></span></p>
<p><span style="color: #ba372a;"><a style="color: #ba372a;" href="https://www.thedroningcompany.com/our-team/brazzel" target="_blank" rel="noopener"><strong>By Timothy Brazzel&nbsp;</strong></a></span></p>
<p>Can I be honest here, I was shocked when I recognized drone footage from drone operators who weather using a top pro-consumer drone or a mini drone, the footage was what many would call herky-jerky. You know that footage that never looks smooth or stable, but rather choppy or jumpy. This tells me that the pilot in command doesn&rsquo;t understand how to adjust the control settings of the drone, and how to adjust them to be able to fly in a more controlled manner.</p>
<p>DJI drones are powerful tools that offer incredible capabilities for both professional videographers and hobbyists alike. One of the key aspects that can significantly enhance your drone flying experience and video quality is mastering the expo, gain, and yaw controls. In this guide, we'll delve into what these controls are, how to adjust them, where to find them, and the numerous benefits they bring to your aerial cinematography. Full control over drone settings empowers pilots to optimize flight performance, enhance safety, and capture high-quality footage. It is an essential aspect of responsible drone piloting, ensuring a smooth and controlled flying experience while minimizing the risk of accidents or loss of the drone. To many times I&rsquo;ve seen drone operators either take off sporadically or aggressively, showing an unsteadiness when trying to maneuver the drone&rsquo;s controls from the drone controller.</p>
<p>My primary goal is to assist fellow drone pilots in unlocking the full potential of their equipment by making the most of the various settings that their drones offer. Many drone enthusiasts may not be fully aware of the impact that fine-tuning settings like gain, expo, and yaw can have on the quality and precision of their flights. By gaining a deeper understanding of these controls, pilots can significantly improve their ability to maneuver their drones smoothly and efficiently.</p>
<p>By sharing my knowledge and experience, I aim to empower other drone pilots to fly with confidence, achieve better footage, and grow their skills as advanced drone operators. Whether for recreational flying, professional videography, or other specialized applications, understanding these settings can transform a good drone pilot into a great one.</p>
<h5><span style="color: #ba372a;"><strong>What Is Expo?</strong></span></h5>
<p>&bull; Expo, short for exponential, refers to the relationship between stick movement and the response of the drone. Adjusting expo controls can make your drone's movements smoother or more responsive.</p>
<p>&bull; Increasing expo softens the initial stick movement, making the drone respond more gently to your inputs. This is beneficial for achieving cinematic and fluid shots.</p>
<p>&bull; Decreasing expo increases stick sensitivity, providing quicker and more precise control for dynamic maneuvers.</p>
<p>&bull; This determines how the drone responds to your control stick movements. A higher expo means the drone is less sensitive at the center of the control stick but becomes more sensitive as you push the stick further away from the center.</p>
<p>&bull; This allows for smooth movements when making small adjustments, but quick responsiveness when needed.</p>
<h5><span style="color: #ba372a;"><strong>What Is Gain?</strong></span></h5>
<p>&bull; Gain settings regulate the sensitivity of your drone's stabilization system. Proper adjustment of gain ensures stability in various flight conditions.</p>
<p>&nbsp;&bull; High gain settings result in a stable but potentially sluggish drone. This is ideal for capturing smooth, cinematic footage.</p>
<p>&nbsp;&bull; Lowering gain increases responsiveness, allowing for more agile and dynamic flight. This is useful for capturing fast-paced action sequences.</p>
<h5><span style="color: #ba372a;"><strong>What Is Yaw?</strong></span></h5>
<p>&bull; Yaw controls determine how fast your drone rotates around its vertical axis. Proper yaw adjustment is crucial for achieving controlled and cinematic turns.</p>
<p>&bull; Increasing yaw sensitivity allows for faster and more dynamic rotations, ideal for capturing sweeping panoramic views.</p>
<p>&bull; Decreasing yaw sensitivity provides smoother and more controlled turns, suitable for precise framing and composition in tight spaces.</p>
<h5><span style="color: #ba372a;"><strong>Adjusting Expo, Gain, and Yaw Controls</strong></span></h5>
<p><strong>&nbsp;</strong>As it pertains to your gain and expo settings, these settings affect your overall &ldquo;Max Horizontal, Max Ascend, &amp; Max Descend Speeds&rdquo;. Yaw on the other hand, affects only your drone rotation smoothness and sensitivity. Now that we understand the significance of these controls, let's explore how to adjust them on your DJI drone through the DJI FLY APP:</p>
<p>To access the gain, expo, and yaw control settings inside the DJI Fly App, follow these steps:</p>
<p><span style="color: #ba372a;"><strong>[1] Open the DJI Fly App:</strong></span> Start by opening the DJI Fly app on your mobile device, RC controller with built in screen. Ensure that your drone is powered on and connected to the app.</p>
<p><span style="color: #ba372a;"><strong>[2] Enter the Camera View:</strong></span> Tap on the "Go Fly" button to enter the camera view, which is the main flight interface.</p>
<p><span style="color: #ba372a;"><strong>[3] Access the Settings Menu: </strong></span>In the top right corner of the screen, you'll see three dots (more settings icon). Tap on this icon to access the main settings menu.</p>
<p><img src="https://media.thedroningcompany.com/images/tincy/KHpYcwRzMqQvMujYtmPWK1IiaLFJOUYPpXI4TN5n.png" alt="" width="673" height="363" /></p>
<p><span style="color: #ba372a;"><strong>[4] Go to Control Settings: </strong></span>From the settings menu, select the &ldquo;Control&rdquo; option. This will bring up various control settings for your drone.</p>
<p><span style="color: #ba372a;"><strong><img src="https://media.thedroningcompany.com/images/tincy/RAmZACpmD6g6Oqzstld66eNt47TgJrytmfG7WvJP.png" alt="" width="672" height="362" /></strong></span></p>
<p><span style="color: #ba372a;"><strong>[5] Adjust Gain &amp; Expo Tuning:</strong></span> Under the Control settings, look for the &ldquo;Gain &amp; Expo Tuning&rdquo; option and tap on it. Here, you&rsquo;ll find options to adjust the sensitivity of the drone&rsquo;s control sticks (expo settings) and the response rate of the drone (gain settings). You can adjust these settings for the Pitch, Roll, Yaw, and Throttle. Use the sliders to set your preferred sensitivity.</p>
<p><img src="https://media.thedroningcompany.com/images/tincy/woLoqQ8Ft6KMLWmA0dTEP5IW2UD9OEaMXM5CmJeC.png" alt="" width="672" height="360" /></p>
<p><img src="https://media.thedroningcompany.com/images/tincy/mX94618NxAoSpV2TcWXK0NaDUZOyWHX1JIpF3IGq.png" alt="" width="671" height="362" /></p>
<p><span style="color: #ba372a;"><strong>[6] Adjust Yaw:</strong></span> For yaw settings specifically, look for the yaw sensitivity or speed adjustment options under the same &ldquo;Gain &amp; Expo Tuning&rdquo; section. Adjust the yaw settings to control how quickly the drone rotates around its vertical axis.</p>
<p><img src="https://media.thedroningcompany.com/images/tincy/nVIMUxkqVgZZYNmpDKSXEMDPLimywtCK2kdEpco0.png" alt="" width="670" height="363" /></p>
<p><span style="color: #ba372a;"><strong>[7] Save Your Settings: </strong></span>After making your adjustments, make sure to save your settings. You can always reset to default if necessary.</p>
<p><span style="color: #ba372a;"><strong>[8] Test the Adjustments:</strong></span> Take a test flight to see how the new settings affect the drone&rsquo;s responsiveness and control. Make further adjustments as needed for your flying style or specific project needs. These settings allow you to fine-tune how your drone responds to control inputs, providing a more customized flying experience, whether you're looking for smoother cinematic movements or more responsive controls for quick maneuvers.</p>
<h5><span style="color: #ba372a;"><strong>Benefits of Adjusting Expo, Gain, and Yaw Controls</strong></span></h5>
<p><span style="color: #ba372a;"><strong>[1] Enhanced Cinematic Shots:</strong></span> Fine-tuning expo controls allow for smooth and controlled movements, perfect for cinematic storytelling. Adjusting expo, gain, and yaw controls contributes to achieving cinematic shots, ensuring that the drone's movements align with the desired artistic vision without compromising stability.</p>
<p><img src="https://media.thedroningcompany.com/images/tincy/2CP7P8Mu4mQvkbwQJXvLTjCU0WHCo8QFPt1OQHZ6.png" alt="" width="677" height="380" /></p>
<p><span style="color: #ba372a;"><strong>[2] Versatile Flight Dynamics: </strong></span>Adjusting gain settings provides versatility, allowing you to switch between stable filming and dynamic flying.</p>
<p><span style="color: #ba372a;"><strong>[3] Precision in Maneuvering: </strong></span>Optimizing yaw controls ensures precise and controlled turns, enabling you to frame your shots with accuracy.</p>
<p><span style="color: #ba372a;"><strong>[4] Adaptability to Shooting Conditions: </strong></span>The ability to adjust these controls on-the-fly allows you to adapt to different shooting environments and requirements.</p>
<p><span style="color: #ba372a;"><strong>[5] Stability and Safety:</strong></span> Properly adjusting settings like expo and gain ensures that the drone remains stable during flight. This stability is essential for preventing unexpected movements or sudden deviations, minimizing the risk of accidents.</p>
<p><span style="color: #ba372a;"><strong>[6] Responsive Maneuvering: </strong></span>Full control over settings allows the pilot to tailor the drone's responsiveness to their preferences. This is especially important when navigating through tight spaces or capturing fast-paced action, as it enables precise and responsive maneuvering.</p>
<p><span style="color: #ba372a;"><strong>[7] Adaptability to Environmental Conditions:</strong></span> Environmental factors such as wind and turbulence can impact a drone's flight stability. Having control over settings allows the pilot to make real-time adjustments to compensate for changing conditions, maintaining smooth and controlled flight.</p>
<p><span style="color: #ba372a;"><strong>[8] Avoiding Flyaways: </strong></span>In the absence of proper control, a drone might experience flyaways, where it drifts uncontrollably or moves away from the pilot's intended path. Being able to adjust settings helps mitigate the risk of flyaways, enhancing overall flight safety.</p>
<p><span style="color: #ba372a;"><strong>[9] Precision in Filming: </strong></span>For professional videographers, precise control is essential for framing and composition. Full control over settings enables you to execute complex shots with accuracy, capturing the intended visuals without unexpected deviations.</p>
<p><img src="https://media.thedroningcompany.com/images/tincy/eSUL517Y9gJwl5YIEdk5sP5nSUgmfcP1h34umSFp.png" alt="" width="679" height="384" /></p>
<p><span style="color: #ba372a;"><strong>[10] Customization to Pilot Skill Level:</strong></span> Different pilots have varying skill levels and preferences. Having control over drone settings allows pilots to customize the drone's behavior to match their expertise, providing a more comfortable and enjoyable flying experience.</p>
<p><span style="color: #ba372a;"><strong>[11] Compliance with Regulations:</strong></span> Many regions have specific regulations governing drone flights, including altitude restrictions and no-fly zones. Having control over settings enables pilots to adhere to these regulations and maintain safe and legal operations.</p>
<p><span style="color: #ba372a;"><strong>[12] Emergency Situations: </strong></span>In the event of an emergency, such as a sudden loss of GPS signal or technical malfunction, being able to adjust settings can help regain control over the drone and navigate it safely back to the pilot.</p>
<h5><span style="color: #ba372a;"><strong>Don't Miss Out on the Full Potential of Your DJI Drone</strong></span></h5>
<p>Mastering expo, gain, and yaw controls on your DJI drone is a key step towards unlocking its full potential as a cinematic tool. By understanding the impact of these settings and experimenting with different values, you can tailor your drone's behavior to suit your unique filming style and have full control over the drone settings which empowers pilots to optimize flight performance, enhance safety, and capture high-quality footage. It is an essential aspect of responsible drone piloting, ensuring a smooth and controlled flying experience while minimizing the risk of accidents or loss of the drone itself.</p>
<p>Now that you know how to fine-tune your drone's gain, expo, and yaw control settings, it&rsquo;s time to put this knowledge into action. Get out there and experiment with these adjustments to see firsthand how much of a difference they can make. You'll be amazed at how these tweaks can elevate the quality of your footage, providing smoother, more cinematic shots that truly capture the essence of your vision. Embrace this newfound control and let it enhance your creativity, delivering results that will impress and inspire. Happy flying!</p>
<h5><strong><span style="color: #ba372a;">Watch &amp; Learn Even More!</span></strong></h5>
<p><strong><span style="color: #ba372a;"><iframe style="width: 670px; height: 377px;" title="YouTube video player" src="https://www.youtube.com/embed/08q7F3AZDA8?si=JmsqyIx3IqMmHZaw" width="670" height="377" frameborder="0" allowfullscreen="allowfullscreen"></iframe></span></strong></p>

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