Harald Rossol, the founder and managing director of b.r.m. IT & Aerospace, is developing methods and approaches for the use of drones in air traffic. Under the term "U-Space", possibilities and opportunities for the use of drones are to be developed and implemented. The Oldenburg-Hatten airfield (EDWH) served as a representative location for a get-together with AVIASPACE Bremen e.V. and other industry experts.
As part of the AVIASPACE BREMEN e.V. roadshow, Bremen-based IT service provider b.r.m. was able to demonstrate concepts that enable the integration of UAVs and UASs into conventional air traffic, known as U-Space. Together with the development and system service provider OptoPrecision GmbH, further innovative projects are being added to the VTOL-EGM project.
With the establishment of U-Space, an airspace for unmanned flying objects, EASA has created the cornerstone for coordinated civil drone aviation. Means such as iConspicuity will make air traffic safer and open up the market for U-Space service providers.
In the VTOL-EGM project, the companies OptoPrecision GmbH and b.rm. are developing solutions to make environmental monitoring more efficient. These are used for extensive measurements at sources of environmental pollution. Since pollution is present in many places that are difficult or resource-intensive for humans to access, UAS with remote pilots are used.
While OptoPrecision GmbH, with its many years of experience in surveillance, (AI) detection and tracking, takes care of sensor development, drone development and operation, b.r.m. assumes the role of a U-Space service provider. This includes tasks such as network identification, UAS flight approval and geo-sensitization. The Hatten-UAS test site for drone testing has already been used in the VTOL-EGM project and is located at the Oldenburg-Hatten EDWH airfield. The 16-hectare airfield is also perfectly suited as a base of operations thanks to its favorable location. Hatten-UAS can also be used for training and testing.
The commercial use of UAS must take place integratively within the airspace with other manned aircraft participants; there can be no segregation. The temporary closure of different airspaces for a UAS flight is now a thing of the past. Close cooperation between the various stakeholders will ensure that U-Space North Germany is created. The establishment of U-Space Norddeutschland will provide the innovation boost that aviation needs to open up the drone market.
Harald Rossol and Markus Rossol presented the exact procedure for this project in the AviaSpace Roadshow presentation. We would also like to thank all participants for the successful event!
You can find out more about the North German aerospace cluster on the Aviaspace Bremen e.V. website
In order to be optimally prepared for a UAS and UAV flight, pilots must be aware of new obstacles and other information in addition to the SERA. This works through information from German Air Traffic Control (DFS), the NOTAM.
The acronym stands for notice to airmen. This is information and instructions about changes to the Aeronautical Information Publication (AIP). These changes can be temporary or permanent. They are crucial for orderly, safe and smooth air traffic.
Short-term and urgent instructions, procedures and information from the NOTAM serve as supplementary information for a flight. The fact that changes to the AIP are distributed by post means that they are not necessarily required for new changes.
The instructions and information disseminated in a NOTAM are messages about installations, changes and conditions of any aviation facilities, services, procedures or hazards.
A NOTAM therefore warns pilots of obstacles that have been newly installed or are not recognizable due to defective lights, for example. It also contains warnings about drone activity and provides information about temporary flight restriction areas. For example, a disaster control operation site in the event of flooding. This special information is summarized for airlines in a briefing package.
The briefing package is divided into categories. These are Departure (departure airfield), Enroute (route), Alternate (alternate airfield), Destination (destination airfield) and Company-NOTAM (information that only applies to the airline).
New briefings on the latest amendments and new publications can be found on the DFS website. NOTAMs are also disseminated via the Aeronautical Telecommunications Fixed Network (AFTN).
The EASA (European Aviation Safety Agency) organized an online workshop on 23 February 2022 to present iConspicuity. The iConspicuity roadmap, i.e. the further integrative approach with manned and unmanned air traffic, was also defined there.
iConspicuity stands for increased conspicuity, which, translated into German, means increased conspicuousness. It refers to the state of being clearly recognizable and informed.
The iConspicuity includes the most important information for the pilot of the various drones. In addition to general flight information and information on the weather, this explicitly describes the position of other flying objects in the vicinity. This information provides the remote pilot with particularly good support before and during the flight.
In the past 10 years, there have been many collisions and accidents in uncontrolled air traffic. These were mainly small flying objects, resulting in a tragic 137 fatalities (in the 2009-2019 recording period). In addition, a further 60 collisions were fatal.
In order to reduce these figures, pilots should be better informed in future. The iConspicuity is designed to help with this by enabling other flight participants to be recognized more clearly. The pilot is thus optimally prepared for the flight and possible dangerous situations in the vicinity. This enables much safer air traffic.
EASA envisages general air traffic (GA community), helicopter traffic (rotorcraft community) and other users participating in previously uncontrolled traffic for the measures under the idea of "iConspicuity". Furthermore, from January 2023, all unmanned aircraft operating in U-Space are to be made electronically visible and supported by a U-Space Service Provider (USSP).
The Bremen-based IT service provider b.r.m. is preparing to become a USSP. The company is using its GDPR-compliant green IT data center for this purpose. In addition, employees Markus Rossol and Maximilian Strauß have specialized in the area of current and future drone traffic. They will be happy to answer any questions you may have.
With its associations and companies such as AVIASPACE BREMEN e.V., the state of Bremen is a world leader in aerospace. This is ensured by leading industrial companies and their suppliers, among others.
AVIASPACE BREMEN e.V. is a network and representative for manufacturers of aerospace components. It has been commissioned by the Senator for Economics, Labor and Europe to implement aerospace strategies in the federal state of Bremen. The association's challenge is to strengthen and further develop the aerospace industry together with other important sectors such as the automotive industry and wind energy.
However, the Bremen cluster has also addressed essential topics such as the formation of networks, technology transfer and economic growth. In addition, the association promotes young entrepreneurs and start-ups by clarifying the organizational and technical networking of end producers, suppliers or services. Furthermore, it provides access and contacts to scientific institutions at the various stages of the product cycle. This also applies to the competence areas of material development, high lift, construction, manufacturing technology, earth observation and robotics.
Thanks to the new "Hatten-UAS" airfield for unmanned aerial systems at Oldenburg-Hatten EDWH airfield, b.r.m. has already prepared itself for future air traffic. In the course of this, the employees Markus Rossol and Maximilian Strauß have specialized in this as UAS Consultant and Senior Aerotechnical Consultant.
Bremen-based IT service provider b.r.m. is a new member of the association and is joining the cluster strategy. Networking is an important element in the development of new tasks and innovations.
March 20th marks the beginning of spring in the meteorological sense. Birds, bees and other insects will soon begin to roam our skies, but not only them. Drones or UAVs (unmanned aerial vehicles) have already become part of the airspace, not only as a hobby for RC enthusiasts, but also for the U-Space Service Provider b.r.m. .
The EASA has been working for some time on the cornerstones for coordinating civil drone aviation throughout the EU. To this end, the establishment of a new airspace, the so-called U-Space, is being prepared. Alongside other airspaces (such as the Gulf), U-Space is intended to enable manned and unmanned aviation to coexist.
A separate airspace just for drones is a difficult undertaking. After all, all aircraft have to land and take off, and any risk of collision must of course be avoided at an early stage, especially over conurbations. For this reason, the current concept of U-Space is designed to cause as little inconvenience as possible to other manned aircraft. The drones should register with a corresponding U-Space Service Provider (USSP) in the established U-Space and thus receive information on traffic information and other services that are necessary for safe operation. EASA is currently in the discovery phase in order to include transponder-free flight participants. Under the term iConspicuity, existing technologies such as ADS or Mobile are to be used to make every flight participant a conspicuity. This information can then be used to avoid a dangerous approach in advance.
The USSP (U-Space Service Provider) will be used at the interface between unmanned and manned space flight. It will provide various services to enable drone operators to navigate safely through U-Space. The core tasks will be the processing of "flight authorization" and "strategic de-confliction". Strategic de-confliction ensures that the submitted flight plan is checked for conflicts in the airspace.
There will of course be a service for registering the drones so that both the USSP and the authorities can access the status of the UAV. In addition to the relevant traffic information, consideration is also being given to which other services are useful for drone operators.
Before the end of the first half of this year, the EASA intends to issue regulations on how the "iConspicuity" visualization of manned aircraft can be implemented in a meaningful way without introducing additional equipment or even a transponder requirement. We would then be a good deal closer to the permanent establishment of U-Space and civil drone traffic would already be within reach.
In the meantime, the UAS/UAV test center is being further expanded at the Oldenburg-Hatten airfield. Take a look at our current VTOL EGM project and visit the website of our project partner Optoprecision.
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