UAVs in multiple classes proliferate in South Korea
South Korea is rapidly advancing its UAV programmes and counter-drone capabilities in response to increasing threats from North Korea’s unmanned aerial systems.
RUAS has partnered with Bangor University to work on a new project to map artificial and natural substrates at coastal locations in Wales.
Bangor University is a partner in the Ecostructure project, a consortium led by Aberystwyth University. The project aims to create awareness of eco-engineering solutions for the challenge of coastal adaptation to climate change.
Under the partnership, RUAS will help Bangor conduct a range of aerial mapping surveys at coastal locations in Wales where there is an artificial hard substrate present, such as sea defences or coastal structures. Using both fixed-wing and multirotor UAS, the project will be timed to make the most of near-Spring low-tides and to ensure maximum visibility of all coastal structures.
Andrew Davies from the School of Ocean Sciences at Bangor University said: 'Hard coastal defence structures are becoming commonplace on our coastlines due to rising seas and increasing storminess. The Ecostructure project is focused on raising awareness of eco-engineering solutions, and a first step is developing comprehensive maps and models of structures throughout the Irish Sea.'
South Korea is rapidly advancing its UAV programmes and counter-drone capabilities in response to increasing threats from North Korea’s unmanned aerial systems.
Inspired by the Ukrainian Armed Forces, the British Army has one eye on the future as it develops its ability to operate FPV UAS.
The confrontation followed a history of untroubled fly-throughs by similar drones en route to Ukraine.
The contract covers disposal and training vehicles for the Belgian and Dutch navies.
The hangar will be used to eventually produce 200-300 drones per year.
The system will now move on to data analysis and rapid prototyping, so it can be deployed as fast as possible.