Palos Park police Sgt. Ross Chibe said he recently discovered when listening to a podcast that experts are using lidar technology to discover lost cities in the Amazon Rain Forest, the same technology ...
Britain's DragonFire laser weapon upped the ante on November 20 at the Ministry of Defence's Hebrides Range in Scotland when the high-powered, solid-state laser for the Royal Navy shot down drones ...
DragonFire is a turret-mounted system designed to rotate and lock onto incoming threats The UK has fast-tracked deployment of its DragonFire laser weapon for the Royal Navy after trials in Scotland ...
Deadly lasers: Laser and power-based weapons are a staple of most science-fiction literature. According to the latest data provided by the Royal Navy, they may soon become part of the equipment that ...
The DragonFire system successfully shot down drones travelling at up to 650km/h at a range in Scotland, just as a £316m contract for its deployment on a Type 45 destroyer by 2027 was awarded. The ...
Video released by the UK Ministry of Defense (MOD) has shown the capabilities of a laser system that can zap drones which will be fitted on a British navy vessel within the next two years. The U.K.
UK's revolutionary laser weapon shoots down high-speed drones in new trials. Britain’s ground-breaking DragonFire laser weapon has shot high-speed drones out of the sky for the first time. In its most ...
In its latest set of trials Britain’s advanced DragonFire laser weapon has been used to successfully target and shoot down high-speed drones. According to an MOD statement, the trials - which were ...
The government has awarded a contract to fund a new laser that can shoot down high-speed drones. The £316m will be used to develop the DragonFire laser at MBDA's UK headquarters in Stevenage, ...
The A5 coupe is estimated to return 24 mpg in the city and 32 mpg on the highway, but the highway rating drops to 31 mpg for the droptop variant. Once we run the A5 models on our 75-mph highway ...
A research team in Kiel has demonstrated a previously unknown effect in graphene—a single layer of carbon atoms whose discovery earned the 2010 Nobel Prize. For years, graphene has been seen as a ...
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