Every UASFeed story on Government Accountability Office — across defense, counter-UAS, industry, commercial, policy, and tech, newest first.
The Kentucky 'drone slayer' case never settled the law, and two 2024 Florida prosecutions show real consequences. Here's what the case law and stalled state bills actually say about shooting down a drone.
Read the story →A verified cost ladder across drone classes, from $500 FPV strike drones to a $618 million MQ-4C Triton, showing why unit cost, all-up-round cost, and program cost are not the same number.
The Space Force killed its Resilient GPS anti-jam satellite program in January 2026. Here's why it died, what M-code, GPS IIIF and CRPA anti-jam antennas are doing instead, and why the timing is brutal given jamming in Ukraine and the Middle East.
The 2018 Gatwick drone incident cost airlines £50 million and stranded 110,000 passengers — and the perpetrators were never found. Five years on, U.S. airports face hundreds of incursions annually while the FAA still cannot neutralize a drone on its own. Here's how the technology and authority fit together.
On January 13, 2025, DJI stopped blocking its drones from flying into restricted airspace—ending a decade of hard firmware locks. Here is what replaced them: the FAA airspace stack, Remote ID enforcement, and where every layer of the system breaks down.
Public Law 118-63, signed May 16, 2024, mandates a BVLOS rule, rethinks Remote ID, and funds a five-year runway for aerial autonomy. Here is what every operator and developer needs to know.
BVLOS operations at scale hinge on one unsolved problem: teaching drones to see and avoid other aircraft without a pilot's eyes. A look at the cooperative and non-cooperative sensing, competing standards, and hardware programs racing to close that gap.
The FAA provides no air traffic services below 400 feet, where drone density is set to explode. UAS Traffic Management replaces centralized control with a federated network of software intermediaries — and a decade of NASA research shows why that architecture is the only one that can scale.
Unlike battery-powered UAS that fly to a destination, tethered drones hover over one — drawing continuous ground power through a Kevlar-reinforced tether to deliver days of unbroken ISR, secure fiber-optic data, and jamming-immune comms relay that free-flying platforms simply cannot match.
Uncrewed undersea vehicles now patrol the same cables that carry 97% of global communications. From man-portable REMUS scouts to 85-ton Orca XLUUVs, this is how the U.S. Navy classifies, builds, and struggles to field them — and why China is moving faster.
From a 1.77-kilogram backpackable drone that proved itself in Ukrainian urban combat to a 65-pound tank-killer now in battalion-level service, AeroVironment's Switchblade family is the U.S. Army's answer to the loitering munition era — built around a single patented capability: the ability to abort at the last second.
From Langley's 17 nights of unidentified drones to the Navy's billion-dollar Red Sea munitions bill, the pressure to build coherent counter-drone architecture has never been higher. Here is how the layers — detect, identify, decide, defeat — actually work, what each one costs, and why none of them works alone.
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