The Global Advanced Air Mobility (AAM) Academic Paper Competition offers a platform for university students from around the world to showcase their groundbreaking ideas, research, and insights within the realm of AAM. This competition seeks to engage students in exploring various aspects of AAM, including, but not limited to, technology, safety, regulation, urban planning, legal considerations, and sustainability.
Competition theme: Advancing AAM solutions
Competition details:
Objective: The competition aims to stimulate innovative concepts for new AAM solutions and services.
Eligibility: Open to university students enrolled in a Master’s, or a PhD program. Students enrolled in the final year of a Bachelor’s degree may also participate.
Submission guidelines: See competition timeline below.
Recognition: Winners will have the exclusive opportunity to present their work during the prestigious AAM 2024 event.
Distinguished jury: The discerning panel includes the following representatives:
Iryna Borschchova, Ph. D., Research Officer, National Research Council Canada (NRC)
Robin Garrity, Senior External Affairs Officer, Single European Sky ATM Research (SESAR)
Adriana Andreeva-Mori, Researcher in Aeronautics (Air Traffic Management, Operations), Japan Aerospace Exploration Agency (JAXA)
Dr. Kelley Hashemi, Airspace Operations and Safety Program Partnerships Lead, National Aeronautics and Space Administration (NASA)
Divya Bhadoria, Manager, AMP Airspace Operations, National Aeronautics and Space Administration (NASA)
Jim Murphy, AAM System Architect, National Aeronautics and Space Administration (NASA)
Michael Patterson, Ph. D., AAM Mission Integration Office Systems Analysis Lead, National Aeronautics and Space Administration (NASA)
Competition timeline:
Announcement of competition opening: 6 October 2023
Initial title/abstract/bio submission deadline: 30 November 2023
We’re excited to announce our upcoming 2-day BVLOS risk quantification workshops, designed to support enabling BVLOS flights at a large scale in the UK. This exclusive opportunity will cover the intricacies of risk quantification in the context of SORA and beyond.
However, we can’t finalise the details without YOUR input. Please take a moment to fill out our survey to help us determine the best time and place for these workshops. As a token of our appreciation, all survey respondents will get early access to bookings. Remember, seats are limited and it’s a first-come-first-serve basis.
These workshops will be £500 for non-members and FREE for all ARPAS-UK members.
Each organisation can only send one attendee. For companies interested in group training, private bookings are available. For further details, please reach out to [email protected].
Most airports, airfields and spaceports have a flight restriction zone (FRZ) that applies to drones and unmanned aircraft.
In a recent drone podcast by the CAA, Tom Guest from the CAA RPAS team explains why these FRZs are in place and how they work. They also cover guidance for passengers who are travelling with a drone and what to be aware of when you’re at the airport. You’ll also hear from Gatwick Airport’s Stable Operations Lead, Aaron Bassett, who explains what happens when their systems detect a drone and the impact this can have on airport operations.
Delivering UAS BVLOS flight in non-segregated airspace using aviation-grade Command & Control: WATCH AGAIN
CPD overview:
Earlier this year, uAvionix, Skylift and and British Telecom successfully conducted demonstration flights using uAvionix’s SkyLine cloud-based command and control (C2) system communicating over C-Band and LTE. The flights achieved two UK firsts for UAS operations; operational Command and Non-Payload Communications (CNPC) C2 systems using C-Band and LTE via BT’s Drone SIM and secondly the transmission of ADS-B OUT on 978 MHz for detect and avoid (DAA) operations.
The UK CAA participate in the ICAO RPAS Panel, which is working to deliver C-Band CNPC at an international level.
uAvionix has gained US FAA and FCC approval to operate its SkyLink C-Band C2 radios for true BVLOS operations in non-segregated airspace. The radios operating on aviation-protected C-Band frequencies are controlled by uAvionix’s SkyLine cloud-based C2 network solution that combines fleet management, network health monitoring, detect & avoid, and seamless make-before-break roaming between multiple radio networks and ground stations. The system also uses other radio networks, such as LTE, for multi-path, multi-datalink assured CNPC C2.
C2 radio design assurance is critical to meeting the criteria needed to manage risk during BVLOS operations and to meet the safety case requirements. The C-Band C2 radios are compliant with RTCA DO-362A and will become aviation certified to TSO-C213a in due course. The SkyLine cloud-based network control and associated SkyLink and SkyStation radios are the first certifiable C2 network purpose built for BVLOS operations.
uAvionix, operating at the Choctaw Nation of Oklahoma (CNO) Emerging Aviation Technology Center, recently completed the first true Beyond Visual Line of Sight (BVLOS) flight in non-segregated airspace using aviation protected C-Band in the United States. Serving as the Command and Control Communications Service Provider (C2CSP), uAvionix completed the historic flights for CNO, FAA and industry leaders to demonstrate the effectiveness of combining C2 link management and situational awareness for Detect and Avoid (DAA) through the company’s SkyLine software service offering. The flight, a culmination of a multi-year effort involving engineering, operations teams and regulatory review, heralds a significant advancement for UAS operators and businesses seeking to commercialise scalable UAS operations such as medical and package delivery, linear utility inspection, and emergency management. (https://uavionix.com/uavionix-and-choctaw-nation-of-oklahoma-complete-first-us-flights-exercising-faa-and-fcc-approvals-for-aviation-protected-c-band-and-beyond-visual-line-of-sight-
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National Drone Innovation Gateway: Pioneering Progress in the UK Drone and AAM Ecosystems
In the dynamic world of drone technology and Advanced Air Mobility (AAM), innovation is the driving force behind the future of aviation. The National Drone Innovation Gateway (NDIG) is a groundbreaking initiative led by Cranfield University, in collaboration with Neuron Innovations and Ebeni, designed to propel innovators and businesses into the forefront of the UK drone and AAM ecosystems. This forward-looking initiative serves as a launchpad for scaling drone operations, fostering collaboration, and providing comprehensive support to drive advancements in uncrewed systems.
Scaling drone operations requires a multifaceted approach, and NDIG is dedicated to guiding operators through every stage of their journey. The initiative offers a comprehensive suite of resources, including expertise, industry connections, and cutting-edge facilities. NDIG assists operators in building a repeatable and holistic safety assessment, conducting efficient trials, accessing academic research, analysing prototype data, and interfacing with the Civil Aviation Authority (CAA). This support is invaluable for both newcomers and established players in the industry, ensuring that they can confidently navigate the complex landscape of drone technology.
NDIG’s reach extends far beyond its founding partners, creating a vast network of connections within the industry. This network spans from local councils and regulators to manufacturers, operators, and infrastructure developers. NDIG leverages these connections to facilitate cross-organization collaboration and partnerships. For example, if an operator requires specific infrastructure, NDIG can connect them with suitable manufacturers and provide the facilities for them to collaborate effectively. This interconnectedness not only accelerates innovation but also opens doors to mutually beneficial partnerships.
Mission Statement
NDIG’s mission is clear: to provide the drone and AAM industry with a comprehensive solution that accelerates the development and productive use of uncrewed systems across various sectors and government initiatives. NDIG offers support to startups, SMEs, manufacturers, operators, and integrators by:
Guiding them through an innovation process that enhances the success rate of their products and services.
Providing access to office spaces, workshops, and event facilities to foster growth and development.
Offering specialized regulatory, engineering, safety, operational, and research expertise and resources.
Facilitating connections and partnerships with stakeholders that add value, unlock opportunities, and enhance product offerings.
The National Drone Innovation Gateway provides a centralized hub where industry players can access multiple resources necessary for planning, prototyping, testing, certifying, and launching scalable solutions. This approach accelerates the development of uncrewed systems and their integration into shared airspace, offering an efficient pathway to innovation and progress.
About the Partners
Cranfield University: Cranfield University, a specialist postgraduate institution, boasts world-class expertise, expansive facilities, and industry partnerships that are driving advancements in technology and management globally. Access to academic research and state-of-the-art facilities, such as DARTeC, Eagle Labs, and AVIATE, allows operators to collaborate with other UAS innovators in a modern workspace.
Ebeni: Ebeni is a Safety Consultancy SME specializing in safety and mission-critical operations in the aerospace, defense, and ATM markets. Their expertise covers various aviation capabilities, including operational and engineering safety, cybersecurity, regulatory compliance, and more. Ebeni’s seasoned project managers support drone development throughout the entire lifecycle.
Neuron Innovations: Neuron Innovations is a forward-thinking technological innovator, offering advanced technical solutions, data collection, and analysis for novel UAS issues. Their expertise in software development, automation, and mobility enhances safety and mobility in future aviation. Neuron Innovations collaborates with partner organizations to decentralize automation and mobility.
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Taking Construction to New Heights – WATCH AGAIN
The Revolutionary Impact of Drones on UK and Global Construction
Join us for an enlightening session as we delve into the cutting-edge world of drone technology and its transformative influence on the architecture, engineering, and construction (AEC) industry. Discover the myriad ways drones are currently revolutionizing construction practices, offering unprecedented efficiency, accuracy, and cost-effectiveness.
Our esteemed speaker, Richard Dunlop, a distinguished alumnus of Newcastle University with a degree in Surveying and Mapping Science, will lead this exploration. Richard’s remarkable journey has led him to the helm of Heliguy as the Head of Geospatial. In this role, he collaborates closely with diverse clients, aiding them in the development of their own internal aerial surveying initiatives. Drawing from his extensive 3-year tenure at Heliguy, Richard’s insights into the rapidly evolving drone landscape promise to be both informative and inspirational.
Be prepared to be captivated by tales from the forefront of innovation, as Richard shares his wealth of experience, including his prior work as a land surveyor on prestigious projects such as Charing Cross. This session offers a unique opportunity to grasp the monumental strides drones have taken within the construction sector and gain a glimpse into the limitless possibilities they hold for the future.
Join us to explore the skies of construction, guided by an expert who has truly taken construction to new heights through the power of drones.
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Introducing Gotonomi™: A NewGeneration of Small and LightweightUAV Satellite Terminals
TTP plc, a leading technology developer, has announced the debut of Gotonomi at the upcoming Commercial UAV Expo in Las Vegas. With the goal of introducing innovative solutions to the market, Gotonomi is poised to offer compact satellite terminals as flight trial development kits for unmanned aerial vehicles (UAVs). These terminals, developed in collaboration with Viasat’s Velaris™ global connectivity solution, are a result of the pioneering Iris air traffic modernisation initiative, led by the European Space Agency (ESA) and powered by Viasat’s ELERA satellite network.
Velaris facilitates secure communications for commercial UAVs, enabling Beyond Visual Line of Sight (BVLOS) flights and seamless integration with aircraft in commercial airspace. This empowers operators to conduct extended flights and access real-time monitoring tools for safe integration with air traffic.
Upon connecting to the Velaris service, Gotonomi’s terminals will offer a consistently available 200kbps secure datalink, ensuring smooth communication between vehicles, remote operators, and UAV Traffic Management (UTM) systems. The initial product lineup includes three variants:
Velaris 200 – Fully integrated satcom antenna.
Velaris Module – Core module for satcom communication.
Velaris Multi-link Module – Core module for satcom and LTE hybrid terminal with edge compute capabilities.
The hybrid connectivity approach combines low-latency, high-speed 4G communications with a resilient satellite link, ensuring seamless connectivity across the globe through intelligent data routing.
Tristan Barkley, Head of Satellite and Space at TTP, stated, “Our vision for Gotonomi is to drive the growth of a robust ecosystem for universal communications in autonomous vehicle safety, delivering cutting-edge products made possible by TTP’s expertise.”
Anthony Spouncer, Viasat’s Senior Director of Advanced Air Mobility (AAM), expressed enthusiasm, saying, “The launch of Gotonomi by TTP is a thrilling development that taps into the significant potential of this market. With TTP’s engineering prowess and our robust Velaris service, Gotonomi customers will benefit from a unique blend of long-range communication capabilities onboard their UAVs.”
In addition to satellite terminals, Gotonomi is positioned to contribute significantly to the safety product and service landscape across various autonomous and remotely piloted vehicles on land, sea, and air. This includes systems designed to aid in detect and avoid (DAA) operations, a pivotal component for the secure operation of UAVs within commercial airspace.
To explore the opportunity of becoming a flight trial partner and for more information, visit www.gotonomi.com. TTP will be showcasing their offerings at booth 717 during the Commercial UAV Expo, scheduled for September 5th to 7th, 2023, at Caesars Forum in Las Vegas, USA.
About Gotonomi Gotonomi’s mission revolves around enabling continuous connectivity for autonomous and remotely piloted vehicles, thereby realizing safe and scalable beyond visual line of sight operations. The company envisions a comprehensive toolkit for secure autonomous operation across land, sea, and air. Their revolutionary miniaturized communication system, devised by TTP, brings satellite and cellular connectivity to lightweight UAVs, enabling command and control for BVLOS safety, telemetry, data services, and multimedia streaming.
About TTP TTP is a Cambridge-based technology and product development services firm operating within the UK’s technology hub. With a 35-year legacy, the company has been driving innovation fueled by science and technology in diverse sectors, including aerospace. TTP’s engagement in the space sector encompasses:
User terminals and antennas for satellite connectivity, including for UAVs.
5G Non-Terrestrial Networks (NTN).
Intersatellite links.
Space sustainability solutions.
TTP boasts extensive experience in developing communication solutions, spanning terrestrial and satellite realms, from system-level architecture to devices, covering a broad spectrum of frequencies and platforms.
About Viasat Viasat is a global communications enterprise with a vision of connecting everyone and everything worldwide. With a presence in 24 countries, the company’s mission shapes communication and connectivity for individuals, businesses, governments, and militaries across the globe. Viasat’s ongoing endeavor involves establishing an unparalleled global communications network to deliver high-quality, secure, and affordable connections, positively impacting lives on the ground, in the air, and at sea. Through its merger with Inmarsat on May 30, 2023, Viasat has amalgamated the strengths of both companies to create a novel global communications partner poised for the future.
The Department for Transport is looking for 10 Aviation Ambassadors for 2024. The DfT ambassadors will work to raise the profile of the aviation industry, help develop and deliver outreach programmes and to improve career pathways.
It’s a voluntary role, although expenses are available for some activities. You’ll be expected to attend four board meetings, an induction day and to spend roughly three hours per month working as an ambassador. A great opportunity for our next generation.
In order to be one of the chosen 10, the DfT want you to be predominantly in the UK for the next two years, to be able to pass a baseline security check and not to have served for two years in the role.
Highlighting Keith Bennett, a prominent figure in the drone industry, who has been an excellent ambassador for 2023. Keith’s background in the drone industry exemplifies the diverse perspectives that make the role of an ambassador even more valuable. ARPAS-UK encourages the participation of individuals within the drone industry to engage and advocate for the integration of drones within the broader aviation sphere.
Applications close on September 8th
More information and links to the application form can be found here.
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Enhance Your Skills and Unlock Opportunities with ECITB’s Foundation Unmanned Aircraft Systems (UAS) Training Course
Unmanned Aircraft Systems (UAS), commonly known as drones, have revolutionised various industries with their versatile applications. To tap into this transformative potential and ensure safe and efficient operations on industrial sites, the Engineering Construction Industry Training Board (ECITB) offers a comprehensive Foundation UAS training course.
Mastering Drone Operations Safely and Effectively
The ECITB’s Foundation UAS training course provides participants with a profound understanding of drone functionality and operations within industrial environments. Designed to cater to a diverse audience, including existing employees, UAS pilots, aspiring drone professionals, and managers, the course equips individuals with valuable knowledge and skills that align with industry standards.
What Does the Course Cover?
Spanning five days, the course encompasses a range of topics crucial for drone operations on industrial sites. Participants learn to adhere to site policies and procedures while conducting safe drone flights. The practical flight competence test, a pivotal aspect of the course, evaluates participants’ ability to pilot drones in real-world scenarios. This test involves capturing, storing, and sharing viable images while complying with data protection regulations.
Furthermore, the course includes a quality-assured assessment that maintains consistency across all training providers. This standardized approach ensures the transferability of acquired skills and competence among operatives.
Who Can Benefit from This Training Course?
The ECITB’s Foundation UAS training course caters to diverse groups:
Existing Employees: Those looking to enhance their skills in operating UAS for their employers or boost their employability prospects.
UAS Pilots: Professionals seeking to provide services on industrial sites can further refine their skills and knowledge through this course.
Aspiring Professionals: Individuals interested in pursuing a career or business in the field of UAS gain valuable insights.
Managers: Managers looking to efficiently oversee contractors and operations on-site benefit from understanding drone operations.
Realising the Potential of Skilled Drone Operatives
The industrial sector’s increasing integration of UAS has brought about substantial benefits, including enhanced safety, improved efficiency, and significant cost savings. Industries like oil and gas have harnessed drones to mitigate work-at-height risks and navigate hazardous environments, ensuring worker safety.
The fusion of drone technology with traditional methods has led to safer and more efficient asset inspections. Drones offer cost-effective solutions for mapping construction sites, monitoring project progress, and obtaining precise survey data. With the ability to provide unparalleled accuracy and detailed datasets, drones are reshaping industrial practices.
Exploring Emerging Technologies: NPCC’s Market Engagement for Sub 25kg UAS and Associated Equipment
The National Police Chiefs’ Council (NPCC) wants to extend its technological horizons. This involves a strategic market engagement initiative, focusing on sub 25kg Unmanned Aircraft Systems (UAS) and associated equipment. This forward-looking approach aims to harness the potential of emerging technologies to bolster law enforcement efforts.
Technical Details and Submissions Interested parties should respond to the market engagement by the deadline of August 8, 2024, at 00:00 (UK time). The engagement pertains to the acquisition of supplies, with Common Procurement Vocabulary (CPV) codes indicating the relevance to security, defense equipment, and unmanned aerial vehicles. Submissions are expected to be made electronically via the EU Supply portal, streamlining the process for all parties.
