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This is a stunning drones for good story – yet another example of drones saving lives. Drones are undeniably an incomparable tool for search and rescue missions. Not only can they cover maximum area quickly, when equipped with thermal imaging payloads drones can continue a search through the nighttime hours. In this latest example, a 62 -year old blind man who was reported missing was located in the woods by a police drone on Saturday after having been missing for about 33 hours. The Enfield, Connecticut police department posted a statement about the event as well as a drone video of recuers making their way to the man on Facebook. On 2/15/20, the missing man’s brother contacted the police department after he had been missing for more than 24 hours. Based on previous information, the family feared that the man had wandered from his home and become disoriented – a dangerous situation in a New England winter. “Due to the temperature, there was concern about hypothermia and it was clear that time was of the essence for a successful outcome,” said the Enfield Police statement. “Vernon CT Police Department was contacted for assistance and a drone pilot from Vernon PD responded from home to assist.” That drone was instrumental in the rescue. “After approximately 30 minutes of searching, the male party was located by the Vernon Officer via drone approximately 100 yards into the woods, down an embankment, hidden from view,” said the statement. The victim had been outside for approximately 33 hours, surviving overnight temps of 9 degrees Fahrenheit. After he had been located by the drone, the man was reached by community emergency services personnel and carried out of the area to be evaluated at a local hospital. “The Enfield Police Department is extremely grateful for the support of the Vernon, CT Police Department, Enfield Fire Department, Thompsonville Fire Department, Enfield EMS and Enfield Housing Authority to bring this event to a successful resolution,” says the Enfield Police statement.
image public domain We’ve gotten a lot of questions and comments about Remote ID for Drones – and with good reason. This regulation is important: it has the potential to impact all drone operations in the country. It’s also technical, and challenging to understand. This guest post is a longer read – a dive into the topic that provides definitions of the terms and an overview of the work that has gone into the development of the NPRM. It addresses points like cyber security, law enforcement needs, and the development of global standards. The post is written by Amit Ganjoo, Founder and CEO of ANRA Technologies, a service provider deeply involved in developing and testing UTM technologies for the last several years. The post provides Amit’s perspective and opinions on the technology and the NPRM – Amit calls the NPRM is good starting point – but is not designed to come to an absolute conclusion about Remote ID. Rather, the purpose of this post is to provide the reader with more information and background about the FAA’s Remote ID NPRM. With opinions and points taken from other drone publications and organizations, we hope that this post helps add to the collective drone industry understanding of Remote ID for drones as part of the effort to integrate drones safely into the airspace. The following is a guest post by Amit Ganjoo, Founder and CEO of ANRA Technologies, an international UTM platform provider. Over the past few weeks I’ve read numerous articles and posts by industry representatives and journalists commenting on the recent Notice of Proposed Rule Making (NPRM) for the draft Remote ID regulation from the FAA – I feel compelled to share my thoughts. My perspective is based on my involvement in this space since 2015, having come from a communications and aviation background, and intimately involved in ASTM International standards for Remote ID and while leading its UAS Traffic Management (UTM) working group. Regrettably there are few posts that remain objective, with most promoting an approach that furthers their own business interests. Equally disheartening is the limited acknowledgment of ongoing work with industry led consensus standards, research, demonstrations and evaluations over the past few years. I’d like to speak as somebody that wishes to advance the industry and not just my own business. Even though the RID NPRM is imperfect, it still provides a starting point. We need to pragmatically evaluate its intended security and safety concerns. I firmly believe there is no single magic bullet for Remote Identification that meets every requirement, nor should we expect the first draft of the regulation to provide that bullet. A couple of things to bear in mind as you read this article. There are some areas I’m not addressing in this article like the commercial implications and detailed analysis about impacts on recreational users. There is already sufficient material published for those topics, so let me begin by laying a foundation about remote ID. Remote ID Basics Remote ID allows governmental and civil identification of UAS for safety, security, and compliance purposes. The objective is to increase UAS Remote Pilot accountability by removing anonymity while preserving operational privacy for remote pilots, businesses, and their customers. In Europe, Remote Identification is a component of “Electronic Conspicuity.” Electronic Conspicuity (EC) is an umbrella term for range of technologies that in their most basic form, transmit the position of the host aircraft to other airspace users operating compatible equipment. More advanced devices can transmit and receive the drone’s position, displaying and alerting pilots to air traffic conflicts with compatible EC devices. EC devices modify the traditional aviation method for pilots to see and avoid other aircraft, into be seen and avoid. In the United States, the FAA defines Remote ID as the ability of a UAS in flight to provide identification and location information that other parties can receive. It also establishes the foundation for information sharing for future operational concepts such as beyond visual line of site (BVLOS) operations and addresses safety and security concerns which will be become more significant when expanded UAS operations become a reality. NPRM Summary Before we get into all these details let’s step back and summarize the Remote ID NPRM. The NPRM primarily focuses at providing a new capability for law enforcement. This makes sense, because remote identification is not really necessary for cooperative, or “good actors.” However, it does provide law enforcement a tool to ID the drone and locate its operator. The NPRM does not impact drones weighing less than 0.55 pounds. The draft rule does affect drone manufacturers that will need to add Remote ID hardware to support this new capability, likely resulting in increased costs and therefore opposed. There are two kinds of remote identification mechanisms referenced in the NPRM, Network and Broadcast. It’s important to understand the key distinction between these two options. Broadcast Remote ID is based on the transmission of radio signals directly from an airborne UAS to ground receivers in the UAS’s vicinity. Network Remote ID is based on communication via the internet from a Remote ID service provider that interfaces with the UAS, or with other sources in the case of Non-Equipped Network Participants. Basically, the drone is communicating with something that provides remote identification information to the internet. Going a little deeper, the NPRM requires a specialized wireless broadcast or network data exchange containing information message elements that require: The identity of the UAS consisting of one of the following: The serial number assigned to the unmanned aircraft by the producer or, Session ID assigned by a Remote ID USS. An indication of the latitude and longitude of the control station and unmanned aircraft. An indication of the barometric pressure altitude of the control station and unmanned aircraft. A Coordinated Universal Time (UTC) time mark. An indication of the emergency status of the UAS, which could include lost-link or downed aircraft. Additionally, the NPRM also states, “..the FAA anticipates that the message elements related to any standard remote identification UAS or limited remote identification UAS are publicly available information and may be accessed by any person able to receive a broadcast or who has access to a Remote ID USS.” This public access is similar to the FAA’s recent initiative called Low Altitude Authorization and Notification Capability (LAANC). While some of the data is publicly available, there are some elements that are not shared to ensure some level of privacy. The NPRM states three different categories or deployment classes: Standard, Limited, and Without. In the first two cases it is expected that both the drone and controller locations will be shared as part of the Remote ID capability. It is important to understand the differences between the three classes. Standard Remote Identification UAS In this case the drone or ground control station (GCS) transmits remote ID information to the network via a new concept called Remote ID USS provider. If no network is available, the drone needs to be capable of broadcasting information using its onboard Bluetooth or Wi-Fi module. There are no operating restrictions so these drones could fly visual line of sight (VLOS) or beyond visual line of sight (BVLOS). Limited Remote Identification UAS In this case the drones are assumed to be operating visual line of site (VLOS) up to 400 feet from the controller. The assumption is that the drone or the GCS can transmit the Remote ID information over the Internet to a Remote ID USS provider. However, there is no requirement to support Broadcast capability in case the network is unavailable. Hence, there is no need for any specific drone manufacturer equipment or retrofitted hardware on the drone. This means that you can fly in this category only when you have a network connection, which might be very limiting and there are plenty of areas in US where we will not have any cellular network coverage. UAS without Remote Identification The last class are those UAS without any means of remote identification capability. All recreational users are in this category. In this case, the users are restricted to fly in FAA recognized identification areas (FRIA) and they must just operate in those predefined areas similar to an accredited RC field for community club users. There are additional nuances in this category that would benefit from more discussion beyond the scope of this article. Self-Test – No Compliance No Takeoff One of the challenging requirements in the NPRM is the self-test capability. A drone that is not equipped with a functioning Remote ID capability will not be permitted to take off. There is an additional requirement that the RID capability should be tamper resistant, resulting in deeper integration with the drone manufacturer hardware. Under this NPRM, flying a drone is not as simple as buying it and launching into the air. This draft rule will require the drone to be configured with a special software and hardware before the will be compliant to fly. I agree with the analysis and summary provided by retired Major General James Poss, wrote in his post on Inside Unmanned Systems. “Manufacturers must make RID integral to the drone’s flight system. If the RID fails during the drone’s start-up check, the unmanned aerial vehicle (UAV) won’t take off. Manufacturers must also make RID “tamper resistant” and provide cybersecurity to stop unsophisticated operators from changing their RID settings. Big battle here also—manufacturers had wanted to make RID compliance solely the responsibility of the remote pilot and not themselves. That said, this mandate might change the drone market profoundly. DJI definitely has the cash to comply and provide the paperwork saying they comply because they make thousands of drones. Compliance paperwork alone could cost tens of thousands of dollars for each type of drone manufactured. Can Hollywood camera drone companies afford that when making a dozen or so drones for a particular movie camera? A good compromise is to certify RID modules separately from the unmanned aircraft. That way, a handful of secure RID module manufacturers can go through the pain of compliance and UAV would be compliant with the RID module on board”. Law Enforcement Perspective Chris Korody from Drone Business Center has done excellent job capturing the Law Enforcement perspective in his writeups. The key observation is there’s more work required to make the NPRM useful for Law Enforcement since the whole aspect of integration into the current operational workflow has been overlooked. Below are some of the key highlights from Chris’s writeup “The NPRM leaves the LEO holding up their cell phone with very little of the information they are used to having. Today, when an officer gets out of their patrol car, he or she has already run the plate and the registered owner. This is a time-tested approach for ensuring officer safety. Yet there is nothing in the NPRM about how RID data will be integrated with the rest of the data that LE routinely uses. This is a critical point because LEOs are trained to use biographical information about the person they have in front of them. And because things happen fast, their safety depends on having it available in real-time. Each query requires personally identifiable information (PII) such as date of birth (DOB) and/or Social Security Number (SSN). Information that the proposed S# database does not collect. Nor does the current pilot license program. No one is saying it, but RID will be a whole new database that will have to be built, managed, maintained, updated, supported, routinely audited and paid for. As best as I can tell from the NPRM, the FAA seems to expect the RID USS to foot the bill. This database will also have to be integrated with the pilot license database. Remember the analogy – vehicle plate, driver’s license. From the LE perspective, the most useful information that the FAA has is the data used by TSA. Ideally, when the knowledge test is finally published, the recreational pilot’s license database will be integrated with Part 107. And lest we think the problem is solved just by recognizing it, another major hurdle exists – access to the information. For any organization to get access to the FBI’s NCIC information, they must be able to adhere to CJIS compliance policies and regulations – which are stringent and burdensome, as well as NLETS.” Where are we with Standards? ASTM International recently published F3411 – 19 (Standard Specification for Remote ID and Tracking) which covers the performance requirements for remote identification of UAS. Here are the highlights of the standard we worked on in conjunction with numerous industry partners, government and academia. You’ll see many similarities to the NPRM. Courtesy: ASTM International Broadcast Remote ID Broadcast Remote ID equipment on participating UAS requires equipment to continuously transmit Remote ID data using one of the transmit protocols for Bluetooth or Wi-Fi. It’s possible that additional transmit protocols may be added in the future as warranted by available technology. The initial technologies were selected for compatibility with commonly carried hand-held mobile devices that have their own receiver antenna, like cell phones. However, equipment to receive the broadcast data is not part of the standard. Other implementations, such as receivers not integrated with hand-held devices, are possible. Both Bluetooth and Wi-Fi continuously broadcast messages to advertise the presence of the associated device. These advertisements normally allow other devices to discover and establish connections with the associated device, but the advertisements themselves can carry a payload. These advertisements contain the broadcast Remote ID data. A hand-held device does not need to establish a connection to receive Remote ID data, instead it need only receive and process the advertisements. Broadcast Remote ID can be used anywhere but it is critical in areas where network coverage is unreliable, disrupted, or not available. The standard also includes a range of options for authentication of broadcast data. Some of those options include digital signatures over portions or all of the Remote ID message set. While the standard does not specify the encoding format associated with signatures, it does include a standard API that would be used by a receiver of the broadcast data (e.g., an app on a smartphone) to contact a verifier with the signature data for a broadcast to determine message validity. Network Based Remote ID Network Remote ID can be used when both UAS operations and end users of Remote ID display applications access the internet, typically via cellular network. Cellular coverage tends to be higher in urban areas. The nominal case supports Networked UAS (i.e., UAS that remain in contact with a Remote ID Service Provider during flight), although the standard accommodates intermittent loss of network connectivity. Support for Recreational Users and Hobbyists Network Remote ID also includes provisions for participation in Remote ID by non-equipped UAS (i.e., UAS that are neither broadcast capable nor equipped to communicate with a Remote ID Service Provider during flight, such as most radio-controlled model aircraft). These non-equipped network participants report their operations (e.g., aircraft ID, location in terms of a volume of airspace, operating times) in advance. The information is used to create a position report for use by Remote ID display applications where the uncertainty of the position report is defined by the airspace volume for the operation. The current telemetry of the aircraft within the volume is not known and cannot be displayed to a Remote ID end user, but the display application can display the volume and provide the identity of the UAS. Did you forget about Security and Cyber Threats? A common theme between drones and other Internet of Things (IoT) enabled services is that they will all leverage and rely on commercial wireless broadband solutions for either command and control (C2) or real time sensor data management and transfer. These next generation networks will have to support a highly diverse range of new applications, user requirements, and connected devices, sensors, robotics, mission critical wireless communication, and automated manned and unmanned vehicle systems. The only way all this can become a reality is by continuing to evolve existing wireless technologies, cellular and non-cellular and also work on new licensed or unlicensed radio access technologies. These next generation networks will be heterogeneous networks using a myriad of wireless technologies. Even though these technologies will evolve to support the throughput and latency requirements for safe drone operations, one of the key challenges we will face is agile, reliable, safe and secure support for different use cases and user requirements. We as the industry need to consider all key technical areas and explore ways of integrating “security by design” principles into commercial drone ecosystem development. We will need new service delivery models that involve new actors in the ecosystem. Virtualization and cloud infrastructures will be leveraged to provide flexibility, scalability and the ability to deliver richer services quickly. Data access wireless networks will need to provide users and other third parties access via APIs to for granular control and security of the services. This paradigm shift will enable innovative capabilities but also create complex security challenges. Communication between various nodes for a Remote ID solution will need to be encrypted using an industry-standard encryption mechanism with a minimum encryption strength of 128 bits. This requirement is intended to address both integrity and confidentiality of Remote ID data in transit. TLS is an example of an industry-standard authenticated encryption mechanism. Standards Vs NPRM? The table below outlines the current state of comparison between the NPRM, ASTM standards and field demonstrations. Capability NPRM ASTM Standards Demonstrated Broadcast Capability √ √ √ Network Capability √ √ √ Controller Location √ X X Hobbyist Support √ √ √ What is practical and What is Really Needed? In May of 2019, ANRA was the first UAS Service Supplier (USS) to use the proposed at that time ASTM standard WK65041 (Remote ID and Tracking) for both broadcast and network methods and conduct real-world operational evaluations along with law enforcement officials at the FAA test site in New York. Part of the assessment included multiple USS at the test site using UAS traffic management (UTM) software to manage drone operations while also serving as the network RID service and display provider. Additionally, network publishing was evaluated to visualize data within an internet-based service area. In this case, the Display App made a request to network RID display provider which had aggregated RID data for all flights in the area managed by network RID service providers and provided the aggregated data back to the Display App. While I’m proud our company achieved this milestone, my true motivation was to prove the standards (draft at the time) were realistic and could be operational assessed. We did, it worked, and we learned some lessons – most importantly from law enforcement. We knew we needed to conduct more testing in a collaborative environment, so later in 2019, ANRA Technologies, along with other Industry Partners as well as regulators successfully demonstrated the versatility of ASTM standard. The team of industry players simulated three common scenarios on September 12th 2019 within controlled airspace for San Francisco International Airport and demonstrated the benefits of network based remote ID based on the proposed ASTM standard. This event was followed by a similar demonstration in Bern, Switzerland on September 16th which included both network and broadcast based Remote ID. This all work happened in collaboration with the Swiss U-Space Implementation (SUSI) team, Swiss Federal Office of Civil Aviation (FOCA), and Skyguide, the Swiss Air Navigation Service Provider. What’s Next? Even though these tests were successful, there are subtle differences between the NPRM and the standard as captured previously, it still proves that both network and broadcast based remote identification have their place and can meet the requirements outlined in the NPRM with some tweaks and additional security measures put in place to ensure the safety and security of the operators as well as the airspace. We have to keep in mind that a bad actor will fly a drone no matter what and but it’s rules and regulations if too onerous are going to hamper the commercial industry by impacting the good actors. It is also prudent to allow operators to choose between network and broadcast based remote identification capabilities based on the operational areas as well as the use cases such as VLOS vs BVLOS operations. The NPRM should be modified to allow message elements to permit both encrypted and not encrypted elements. For example, information such as drone operator location and be only available to specialized apps that have the correct access and privilege to decrypt that information. This would be on the similar lines like when you get pulled over by a cop and they can run your license plate and get all the details whereas concerned citizen can only see the license plate and not necessarily access all the details associated with the car or its owner. Summary FAA NPRM is not all bad – it can be used as a great starting point Both Network and Broadcast based Remote Id capabilities are required depending on the Use Case. Security concerns about disclosing the location of the operator can be mitigated by using encryption mechanisms to ensure that those message elements are only available to authorized users. The ASTM standard already supports security an encryption recommendations and methodologies, see “Annex A1 – Broadcast Authentication Verifier Service.” FAA should seriously think about eliminating the requirement for having the hardware root of trust it is reasonable to expect a hardware broadcast solution on board the drones but having it enforce no take off would require deep integrations with the OEMs in the hardware which adds cost and complexity which is not desirable. Limited Remote Identification UAS needs to support Broadcast Remote ID mechanism as well There is a need to integrate the FAA databases with other law enforcement databases. Amit Ganjoo is a serial entrepreneur and currently the Founder and CEO ANRA Technologies, an Award Winning Drone Operations and UAS Traffic Managment (UTM) Platform provider based in Washington DC whose Platform DroneOSS™ is used by multiple commercial and government entities for running and managing commercial drone operations. Amit has over 20 years of aviation, telecom and wireless experience in both the federal and the commercial space. He is an engineer, a licensed pilot, following a lifelong passion in aviation and builds experimental aircrafts. Amit is an adjunct professor at the George Mason University and shares his passion for engineering by teaching in the School of Engineering and volunteers at a local Maker Space in the D.C. area. Miriam McNabb is the Editor-in-Chief of DRONELIFE and CEO of JobForDrones, a professional drone services marketplace, and a fascinated observer of the emerging drone industry and the regulatory environment for drones. Miriam has a degree from the University of Chicago and over 20 years of experience in high tech sales and marketing for new technologies.For drone industry consulting or writing, Email Miriam or (for paid consulting engagements only) request a meeting through AdvisoryCloud: TWITTER:@spaldingbarker Subscribe to DroneLife here.
While Commercial UAV Expo Americas has been growing steadily for the last 5 years, 2019 felt like a breakthrough event for the show, which saw record numbers in attendees and sponsors and a high profile lineup of keynotes nad presenters. If 2019 was a great show, however, 2020 is shaping up to be even better. Commercial UAV Expo has become a major event for the industry, as evidenced by massive early support. With conference content that has steadily evolved with the industry to keep up the value, and a vertical focus which helps vendors and customers connect easily, Commercial UAV Expo continues to be the one you can’t miss. More than 75 exhibitors have committed, representing a huge variety of solutions including major names like AeroVironment, Autel, FLIR, Skydio, Skyward Verizon, and more. The list of supporting media partnerships, government agencies, industry analysts, and user groups and associations is a who’s who of the drone industry. We’re excited for the show next fall – and we’ll see you there! The following is taken from a Commercial UAV Expo Americas press release. Best-in-class UAS solutions providers and partnering organizations have confirmed their supportfor the 2020 edition of CUAVE Americas PORTLAND, MAINE – USA, February 19, 2020 – Organizers of the 6th annual Commercial UAV Expo Americas, the leading commercial drone trade show and conference in North America, have announced an impressive list of hundreds of supporters for the 2020 event, which will take place September 15-17, 2020 at Paris Las Vegas, Las Vegas NV. Hundreds of exhibitors, associations and media companies have already signed on to participate in Commercial UAV Expo Americas 2020. “Industry leaders have clearly cast their votes for Commercial UAV Expo Americas in 2020,” said Lisa Murray, Group Director at Diversified Communications, organizer of the event. “With more than half the exhibit floor already sold and over 200 media and association supporters signed on, Commercial UAV Expo Americas has firmly established itself as the leading event serving professionals integrating and operating commercial sUAS.” The 2019 edition of Commercial UAV Expo Americas drew in 3,100 attendees, 200+ exhibitors, and 200+ presenters from over 50 countries. The full list of supporters and attendees who took part in the previous event can be found here. More are expected in 2020, and the addition of some special features are likely to draw in new categories of UAS professionals: New this year, the UAM Summit, organized by Amsterdam Drone week, will be a platform for knowledge-sharing and a top-level meeting point where key players gather to co-create and co-operate to create urban air solutions together. Also new in 2020 will be the first-ever Law Tech Connect workshop organized by P3 Tech Consulting. Law-Tech Connect is a continuing legal education (CLE) program focused on U.S. and global legal, regulatory, policy, and ethical issues related to advanced technologies, with an emphasis on the UAS market. Returning in 2020 will be the DRONERESPONDERS Public Safety Summit. Two full days of programming brings together drone operators and program managers across law enforcement, fire, search & rescue, and other emergency services for strategic discussions and workshops surrounding the evolving use of unmanned aircraft systems. Full event information, including workshops, conference programming, networking events and more will be available soon. Registration for the 2020 event will open in March, 2020. About Commercial UAV Expo Americas Commercial UAV Expo Americas, presented by Commercial UAV News, is an international conference and expo exclusively focused on commercial UAS integration and operation covering industries including Construction; Energy & Utilities; Forestry & Agriculture; Infrastructure & Transportation; Mining & Aggregates; Public Safety & Emergency Services; Security; and Surveying & Mapping. It takes place September 15-17, 2020 at the Paris Las Vegas. For more information, visit www.expouav.com. Commercial UAV Expo Americas is produced by Diversified Communications’ technology portfolio which also includes Commercial UAV Expo Europe, Commercial UAV News, Digital Construction Week, GEO Business Show, International Lidar Technology Forum, SPAR 3D Expo & Conference, SPAR 3D.com, AECNext Technology Expo & Conference and AEC Next News. For information about exhibiting at Commercial UAV Expo contact Katherine Dow, Sales Manager, at [email protected] or +1.207-842-5497. For attending information, visit www.expouav.com or email [email protected] Miriam McNabb is the Editor-in-Chief of DRONELIFE and CEO of JobForDrones, a professional drone services marketplace, and a fascinated observer of the emerging drone industry and the regulatory environment for drones. Miriam has a degree from the University of Chicago and over 20 years of experience in high tech sales and marketing for new technologies.For drone industry consulting or writing, Email Miriam or (for paid consulting engagements only) request a meeting through AdvisoryCloud: TWITTER:@spaldingbarker Subscribe to DroneLife here.
The Gremsy T3V3: HDMI quick release, stronger motor, and more. Vietnam-based Gremsy, manufacturers of quality gimbals for the professional market, announce their latest gimbal version today. Designed for widespread use, the Gremsy T3 is already one of the most popular gimbals used in inspections, mapping, and other commercial applications. It supports a wide range of cameras and massive payloads. “From now on, every mission should be a cinch,” says Gremsy. “With the latest version, we’ve simplified even more, with some fine-tuning for easier setup and use – making the T3 a flawless version to satisfy the most demanding users.” WHAT’S NEW? With all the best features of the previous version, the new T3 offers even more advanced features that commercial users require. The performance of the product is significantly improved to meet the stricter flight requirements. But even with improved functionality and better motor power, the new gimbal still has a compact size: weighing 2.65 lbs for a maximum payload of 3.7 lbs. What makes T3V3 a compelling option is the onboard HDMI and AUX ports on the gimbal, which allow clean and more straightforward setup as well as ensuring convenient operation of gimbal without dangling cables. Through the built-in 14.5V Power Regulator in Hyper Quick Release, the new T3 performs better than ever with up to 20% stronger motor power. (Notice for users: T3V3 provides 14.5 V output (2A max) to power camera and accessories instead of 12V output as the previous version.) Plug & play installation is even easier: and built-in Bluetooth functionality helps users conveniently control the gimbal via smartphone, tablet, or other suitable devices. T3V3 is still compatible with Pixhawk FC to support its autonomous flight inspection system. It can be controlled via Lightbridge 2 when using A3/N3 FC, and be used with multiple RC such as SBUS, PPM, or SPECTRUM. With Gremsy T3, adapting to various aerial missions has never been so fast and straightforward. You can find additional information about the Gremsy T3 HERE. CEO DroneLife.com, DroneRacingLife.com, and CMO of Jobfordrones.com. Principle at Spalding Barker Strategies. Proud father of two. Enjoys karate, Sherlock Holmes, and interesting things. Subscribe to all things drone at DroneLife here.
French drone manufacturer Parrot has been selected by the Swiss Armed Forces to develop and supply micro-drones as part of the Swiss Mini UAV Program (Swiss MUAS). Parrot successfully won the contract against several commercial UAV suppliers. Last year, the French manufacturer was chosen by the DoD for the U.S Army’s Recon Drone Program, in a move that highlighted Parrot’s ambitions beyond its struggles in the consumer market. According to Parrot, the performance of its defence and security solutions and the high level of cybersecurity required by the Swiss armed forces were contributing aspects to the final decision. Parrot has plenty of history in the country, including the purchase of two École Polytechnique Fédérale de Lausanne spin-offs, Pix4D and senseFly. Read more: Parrot and RIIS Partner to Develop AI Applications Read more: Parrot and Kittyhawk Partner on ANAFI SDK Program armasuisse select Parrot The call for tender was launched at the beginning of 2019 by armasuisse, the federal procurement agency responsible for the Swiss Armed Forces. The initial part of the program is intended to provide cost-effective training aids, allowing Swiss troops to become familiar with Mini UAV operations. It’s not clear to what extent Parrot will lean on technology from its commercial drone companies, which include senseFly, in order to support Switzerland’s military plans. It’s easy to imagine the group’s fixed-wing drones supporting both personnel security and situational awareness. But senseFly, which is based in Switzerland, will be in charge of “operational support” for the project. Unsurprisingly, product specifications, quantities and prices have not been disclosed. The only clue is from Parrot is that “the financial impact of this project will not be significant on the Group’s results.” From which we can assume that this is a small opening contract and a promising early step into the field of security and defence for the French manufacturer. Malek Murison is a freelance writer and editor with a passion for tech trends and innovation. He handles product reviews, major releases and keeps an eye on the enthusiast market for DroneLife.Email MalekTwitter:@malekmurison Subscribe to DroneLife here.