All articles
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Policy & Regulation
FAA Part 107 Explained: The Commercial Drone Certificate That Governs U.S. Airspace
14 CFR Part 107 sets the floor for every commercial UAS operation in the United States — and the FAA evaluates the purpose of your flight, not your intent. Here is what certification requires, what the operating rules permit, and what Part 108 changes next.
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Policy & Regulation
The Magnet Problem: How China’s Rare Earth Grip Threatens Every Drone on Earth
China controls 93% of global rare earth magnet manufacturing — the same magnets that spin every brushless motor in every military and commercial drone. When Beijing tightened export controls in 2025, the supply chain risk stopped being theoretical.
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Policy & Regulation
The Legal Architecture of Armed Drone Strikes: Three Overlapping Regimes, One Persistent Gap
Armed drones operate inside a dense, contested body of international law spanning the UN Charter, the Geneva Conventions, and the Missile Technology Control Regime. Here is what that framework actually requires — and where it consistently breaks down.
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Defense & Combat
Bayraktar TB2: The $5M Drone That Rewrote Armed UAV Economics
At one-quarter the price of an MQ-9 Reaper, Turkey's Bayraktar TB2 cracked open the armed-drone export market to 36 countries — while its Ukraine combat arc exposed the real limits of what a piston-engine MALE can do against a peer adversary that adjusts.
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Tech & Builds
What Makes a Drone Swarm: True Autonomy, Enabling Tech, and the C2 Gap
Most formations called 'drone swarms' aren't—they're centralized fleets, scripted salvos, or teleoperated aircraft. Here's what true swarm autonomy requires, which programs are closest, and why C2 software remains the binding constraint.
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Defense & Combat
From the Kettering Bug to Ukraine's FPV Swarms: Military Drones Explained
A century of military drone history — from a WWI pilotless biplane that never flew in combat, through Israeli operational doctrine and American Cold War scaling, to the commodity FPV revolution reshaping land warfare in Ukraine.
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Defense & Combat
Iran's Drone Program Explained: Industrial Roots, Reverse-Engineering, and Global Proliferation
Iran's UAS program spans four decades, two state factories, and a systematic reverse-engineering doctrine that has armed proxies from Lebanon to Ukraine. A primer on its industrial base, platform families, IRGC command architecture, and the cost-imposition strategy now reshaping modern warfare.
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Defense & Combat
MQ-9 Reaper Explained: Platform, Variants, and the Replacement Reckoning
The MQ-9 Reaper defined two decades of American persistent strike and surveillance, but Houthi losses have forced a survivability reckoning. Full platform profile — specs, variants, operators, combat record, and the MQ-9 Next requirement.
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Defense & Combat
Pentagon's Replicator Initiative: Thousands Promised, Hundreds Delivered
DoD's Replicator initiative launched in August 2023 with a promise to field multiple thousands of attritable autonomous systems within 18–24 months to counter China’s mass advantage. Two years on, hundreds have been delivered, the program has pivoted to counter-drone defense, and oversight gaps persist.
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Defense & Combat
From Wild Weasels to Loitering Munitions: How SEAD and DEAD Actually Work
Six decades of air-defense suppression trace how SEAD — the threat that forces radars off the air — and DEAD — the physical kill — evolved from Wild Weasel jets and anti-radiation missiles to autonomous loitering munitions that can outwait a radar gone silent.
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Defense & Combat
Switchblade 300, 400, and 600: AeroVironment's Loitering Munition Family, Explained
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.
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Defense & Combat
Ukraine's Drone Industry: How 7 Manufacturers Became 500 Under Fire
In three years of full-scale war, Ukraine built one of the world's most battle-tested drone industries from scratch—capable of 4 million units per year—while racing to cut a near-total dependency on Chinese components.
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