SKELDAR V-200 Performs One of many First Detect and Keep away from System Demonstrations as a part of SESAR Programme – sUAS Information – The Enterprise of Drones


The Saab-led consortium creating the Detect and Keep away from System which is being fielded on SKELDAR V-200 to make sure that unmanned and remotely operated plane can fly in civilian airspace with out colliding with different plane.

Europe’s main supplier of Rotary Unmanned Plane Techniques (UAS), UMS SKELDAR, is celebrating one other important landmark for its flagship SKELDAR V-200 after it efficiently carried out dwell flight demonstrations utilizing an modern Detect and Keep away from System able to routinely manoeuvring the UA round intruder plane. The demonstrations have confirmed the potential of the system when it encountered each cooperative and non-cooperative collision course eventualities and is taken into account a key milestone as a part of the European Detect and Keep away from System improvement, led by Saab.

The demonstrations have proven the highly effective real-world capabilities of the Detect and Keep away from (DAA) System on-board the SKELDAR V-200 and included dwell intruder encounters made by a crewed light-weight plane. The system used is predicated on the European DAA idea and expertise, which has been developed over a few years for each navy and civil use.  It’s at present being additional developed within the European Defence Funds program EUDAAS and going by way of validation as a part of the European way forward for air visitors administration programme, SESAR. Each programmes are thought of an integral element to not solely advance technological improvement, however to additionally show the security of Past Visible Line of Sight (BVLOS) which in flip would unlock the chances for a number of forms of civilian UAS operations. The system can also be being standardized by the European Group for Civil Aviation Gear (EUROCAE). The purpose of your entire work is to have an entire working answer with international interoperability.

The challenge has obtained funding from the SESAR Joint Endeavor (JU) beneath grant settlement No 874474, alongside important help and funding from Saab and nationwide analysis and improvement funds. The JU receives help from the European Union’s Horizon 2020 analysis and innovation programme and the SESAR JU members aside from the Union.

UMS SKELDAR’s DAA programme supervisor, Björn Sjögren explains: “The Detect and Keep away from System is a crucial step in the direction of the mixing of working a number of air autos, manned and unmanned in the identical airspace. It should allow quite a few functions sooner or later the place unmanned techniques will play a key position within the civilian, regulation enforcement in addition to navy sectors. Combining the sensors for detection, similar to EO/IR, AIS, ADSB, energetic and passive radars, are already rising the situational consciousness for the operator. Including an keep away from system that may suggest manoeuvres to “stay properly clear” from others or partaking computerized manoeuvring in a later stage to keep away from collision utilizing and coordinating with recognized requirements provides one other safety layer for each manned and unmanned autos. A DAA system that contributes to protected flights will quickly allow UASs to function safely in shared airspace with each manned and unmanned plane, considerably increasing the versatile use of those autos and their operations”

“We’re delighted to be part of this ground-breaking programme,” continues Bjorn Sjögren from UMS SKELDAR. “The flight demonstration enabled us to showcase the modern Detect and Keep away from System in an actual state of affairs and was an entire success. This expertise will in the end allow a way forward for enhanced autonomy and security in unmanned aviation, with the purpose to allow the SKELDAR V-200 to turn into totally operational in civilian airspace.”

For extra info on UMS SKELDAR, together with its world main SKELDAR V-200 and V-150 platforms, click on on


Leave a Reply

Your email address will not be published. Required fields are marked *