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In a world where the State spends trillions of dollars on bloated defense contracts to build “smart” weapons that often end up incinerating wedding parties or schools in the Middle East, a single individual with a 3D printer and $96 just shattered the monopoly on high-tech violence. A video, along with the plans, has recently surfaced showcasing “Project Canard,” an open-source, 3D-printed guided rocket system that recalculates its trajectory mid-air using a $5 sensor and some piano wire. The creator, operating under the GitHub handle novatic14, has essentially handed the keys to advanced surface-to-air defense to anyone with an internet connection and a spool of plastic filament.
The technical specifications of the build are a direct slap in the face to the military-industrial complex. The entire launcher and interceptor frame are printed in standard PLA and run off an off-the-shelf ESP32 microcontroller, proving that the barrier to entry for precision hardware has not just been lowered—it has been obliterated. The system even creates its own local Wi-Fi network, allowing the operator to monitor live telemetry and arm the “MANPADS” (Man-Portable Air-Defense System) prototype from a laptop. It uses a distributed camera node network to triangulate targets and update flight paths in real-time, a capability that, until about ten minutes ago, was the exclusive domain of governments with the power to tax their citizens into poverty.
The reality is that this technology is about the decentralization of power. When a “precision weapon” costs less than a pair of designer sneakers, the era of the State using air superiority to crush dissent or occupy foreign lands is nearing its expiration date.
The United States has spent $800 billion annually on its military, maintains 11 carrier strike groups, and operates the most sophisticated mine-clearance technology ever developed. And in the most critical maritime chokepoint on earth, they have no plan.
To understand why Washington is panicking, you need to understand what Iran has built beneath the waves—devices that turn the physics of naval warfare into a cruel joke played on trillion-dollar fleets. The Islamic Republic maintains an estimated inventory of 5,000 to 6,000 naval mines, ranging from simple contact variants to sophisticated rocket-propelled systems that would give any admiral nightmares. The star of this arsenal is the EM-52 (also known as T-1), a Chinese-designed rising mine that represents everything wrong with America’s approach to Gulf security. A report from the China Maritime Studies Institute at the U.S. Naval War College in Rhode Island reveals that “China has developed and offers at least two types of rising mines for export. Its EM-52 rocket rising mine, of which Iran purchased an unknown quantity in 1994 and reportedly has an operating depth of at least two hundred meters.”
The EM-52 doesn’t announce itself. It listens. For hours, days, and weeks, it sits in the dark, running algorithms that distinguish between a fishing trawler and an oil tanker based on the acoustic signature of engines, the magnetic distortion of a steel hull, and the pressure displacement of 100,000 tons pushing through water. When the parameters align, a solid-fuel rocket ignites with no warning visible on the surface.
The math is brutal. A 250-kilogram warhead travelling at 100 knots covers the distance from seabed to hull in approximately 3.8 seconds. The USS Abraham Lincoln requires 15 minutes and three miles of open water to execute an emergency stop. The geometry is inescapable.
The EM-52 sits on the seabed in up to 350 feet of water, listening for the magnetic, acoustic, pressure, or seismic signatures that betray a ship’s presence. Military Periscope, the defense intelligence database, notes that the weapon is “difficult to sweep” and triggers on multiple sensor inputs, making traditional mine countermeasures nearly useless. You can’t just send a minesweeper through with a magnetic cable and call it clean. Each EM-52 must be located individually, identified against acoustic clutter that includes fishing nets, rocks, and debris, and then neutralized by remotely operated vehicles or divers. In the confined, high-traffic waters of Hormuz, that’s a task measured in weeks or months, not hours.
And Iran isn’t limiting itself to the EM-52.
It is worth noting that Iran also fields the Azhdar UUV, an underwater drone functioning as a mobile mine, reaching 18-25 knots and operating submerged for days. Designed for stealth patrol and mine warfare in strategic chokepoints, it hunts rather than waits.
I'm afraid the "news" reporting over at CNN has not improved. Don't believe me? Take a look.
(P.S. Were you aware that all Lame Stream Legacy Media have registered themselves as "for entertainment only"? This is how they avoid liability for reporting lies.)
So Iran did what they warned they would do if their energy fields were attacked: an eye for an eye.
In retaliation for Israhell's attacking Iran's South Pars LNG (liquid natural gas) fields yesterday, Iran has retaliated as promised and damaged Qatar's North Field, wiping out around 17% of Qatar’s LNG capacity, with repairs expected to take three to five years.
Zion Don tweeted on NotTheTruthSocial that the US had not been aware of Israel's plan to attack South Pars. However, everyone knows by now that he's a lying piece of shit pedo, and so already officials from both the US and Israhell have countered the lying president's statements.
This is a good one on how to arm ourselves: the Fat Doll problem. How to spot the Fat Doll, and then how to protect your movement, project, or system from being subsumed by it.
This was AI-generated too. When you throw it into a video editor and move it frame by frame, it is very clear that at 4 minutes his little finger vanishes and then his ring finger becomes the little finger instead. Soon AI is going to be so good that it does not make these little mistakes anymore—what are we going to do then?
