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05/01/2026

Here is An Aircraft Carrier

This UAV Takes Down Enemy Drones With Low-Cost RocketsGeneral Atomics is repurposing its Mojave STOL drone for a surpris...
04/30/2026

This UAV Takes Down Enemy Drones With Low-Cost Rockets
General Atomics is repurposing its Mojave STOL drone for a surprising new role: hunting other drones. Instead of relying on pricey missiles, it uses laser-guided APKWS II rockets — an affordable weapon that’s quickly proving effective against airborne threats.
In the latest concept, Mojave can find and follow inbound one-way attack drones using its EagleEye radar and integrated sensors, then eliminate them with precision rocket strikes. That translates to dozens of intercepts per sortie — a massive jump over conventional air-to-air missiles.
And that’s only part of what it can do.
Mojave is being positioned as a true multi-mission platform for the battlefield. It can deploy its own loitering munitions, fly es**rt for helicopters like Apaches and Black Hawks, designate targets for artillery, and even drop cargo to troops at the front. With its short takeoff and landing ability, it can operate from austere, remote runways — including small island strips across the Pacific.
The big advantage here is cost plus adaptability. APKWS rockets cost a fraction of missiles, letting forces defeat drone swarms without draining stocks of advanced munitions. Meanwhile, Mojave brings endurance to the fight, delivering continuous overwatch and fast reaction when threats pop up.
General Atomics notes these aren’t just paper concepts — many have already been shown in demos, with live-fire trials coming up next.

The U.S. Navy is preparing to test something that could significantly change the future of carrier-based strike power. A...
04/25/2026

The U.S. Navy is preparing to test something that could significantly change the future of carrier-based strike power. A new hypersonic missile called **Blackbeard** is being developed to fly at speeds above **Mach 5**, and the first air-launch tests could happen from an **F/A-18 Hornet fighter jet**.

If the integration succeeds, it would mark the **first known attempt to equip a carrier-capable fighter with this type of hypersonic strike weapon**. The missile is expected to reach ranges of up to **497 miles**, allowing aircraft to launch attacks from far greater stand-off distances while drastically reducing enemy reaction time.

The program is backed by a **$49.9 million U.S. Navy contract**, supporting prototype development, flight testing, and early operational capability. Development so far has already included **more than twenty experimental flight tests**, examining propulsion systems, aerodynamics, flight controls, and thermal protection required for sustained high-speed flight.

Early test flights have reportedly reached around **Mach 4**, with developers expecting future tests to exceed **Mach 5** as the missile moves closer to full capability.

If successfully integrated with the **F/A-18**, Blackbeard could turn the Hornet into a much more powerful long-range strike platform and potentially introduce a **new generation of hypersonic weapons into tactical naval aviation**.

What do you think — could hypersonic missiles become standard weapons for fighter jets in the future?

Unidentified Launcher Appears on U.S. Navy DestroyerA new, still-unnamed launch system has been spotted on the Arleigh B...
04/25/2026

Unidentified Launcher Appears on U.S. Navy Destroyer
A new, still-unnamed launch system has been spotted on the Arleigh Burke-class destroyer USS Carl M. Levin (DDG-120), and it’s turning heads. Photos captured March 29, 2026, at Pearl Harbor show the system mounted near the rear of the ship’s superstructure. This isn’t the first time we’ve seen something like this — similar setups were previously noted on USS Bainbridge and USS Winston S. Churchill, where they were associated with Coyote counter-UAS interceptors.
The latest system looks to be multi-cell and possibly fixed, with what appears to be an upward elevation for launch. Its purpose hasn’t been confirmed. One leading theory points to next-gen counter-drone tech like White Spike, now under evaluation through the Pentagon’s Counter-NEXT effort. That program is focused on protecting naval vessels from the rising threat of hostile drones.
Other possibilities are on the table too. Anduril’s Roadrunner-M has been mentioned, though its launch profile doesn’t line up perfectly with what’s visible here. Some analysts suggest it could fire AGM-179 JAGM missiles, which are being adapted for drone defense and short-range protection.
There’s also a chance this launcher isn’t just for interceptors. It could deploy UAVs, loitering munitions, or even decoys — all capabilities the Navy has been testing aggressively. Recent operations in hotspots like the Red Sea have made it clear: swarming drone threats are real, and countermeasures need to keep pace.
For now, the Navy hasn’t disclosed what the system is or what it does. But the message is obvious: Arleigh Burke-class destroyers aren’t standing still. They’re evolving fast, integrating adaptable new tech to meet emerging threats head-on.

The U.S. Navy has quietly resumed testing its electromagnetic railgun after years of uncertainty. In February 2025, a pr...
04/25/2026

The U.S. Navy has quietly resumed testing its electromagnetic railgun after years of uncertainty. In February 2025, a prototype railgun was fired during a three-day test campaign at the White Sands Missile Range in New Mexico. The tests were conducted by the Naval Surface Warfare Center’s White Sands Detachment and Dahlgren Division to collect critical data on high-velocity firing. Once considered a revolutionary naval weapon capable of launching projectiles at hypersonic speeds using electromagnetic force, the railgun program was largely shelved in the early 2020s due to technical challenges. Now, with new interest in next-generation warships like the proposed Trump-class battleship, the technology could be making a comeback. In this deep-dive analysis, we examine how the railgun works, why the Navy restarted testing, and what it could mean for the future of U.S. naval warfare and hypersonic weapon development. 🚢

U.S. Navy Resumes Electromagnetic Railgun Testing at White SandsThe U.S. Navy has quietly restarted testing of its elect...
04/25/2026

U.S. Navy Resumes Electromagnetic Railgun Testing at White Sands

The U.S. Navy has quietly restarted testing of its electromagnetic railgun weapon system, conducting a new round of trials in February 2025 at White Sands Missile Range in New Mexico. According to a recent review from Naval Sea Systems Command (NAVSEA), the three-day test campaign was designed to collect critical technical data on high-velocity projectile launches.The testing was carried out by the Weapons Systems Division (WSD) in cooperation with the Naval Surface Warfare Center Dahlgren Division in Virginia. The effort supported NAVSEA’s Joint Hypersonics Transition Office, which focuses on advancing next-generation high-speed weapon technologies.
Unlike traditional artillery, electromagnetic railguns use massive electrical currents to generate magnetic fields that accelerate a solid metal projectile to extremely high speeds. Instead of explosives, the projectile relies entirely on kinetic energy to destroy its target, meaning the destructive force comes from the impact velocity itself.The Navy first began researching railgun technology in 2005 under the Office of Naval Research. Early experimental systems, including prototypes developed by BAE Systems and General Atomics, were used to demonstrate the feasibility of electromagnetic launch systems and measure factors such as velocity, accuracy, power requirements, and barrel durability.

However, the program has faced significant engineering challenges. Railgun launches produce intense heat and enormous electrical stress, which can rapidly wear down the weapon’s rails and internal components. Additionally, generating the massive bursts of electrical power required for each shot remains a major technical hurdle for operational deployment.Despite these challenges, interest in railgun technology has continued globally. China and Japan have both conducted experiments with electromagnetic launch systems, with Japan even testing a prototype railgun mounted on a naval vessel.The latest testing at White Sands suggests the U.S. Navy is still evaluating the long-term potential of electromagnetic railguns as part of future naval warfare capabilities

The United States is preparing to test a new hypersonic missile that could significantly change how fast future strikes ...
04/24/2026

The United States is preparing to test a new hypersonic missile that could significantly change how fast future strikes happen on the battlefield. And if everything goes according to plan, this weapon could dramatically reduce the time enemy defenses have to react.

In February 2026, the U.S. Navy awarded a $49.9 million contract to support the development and flight testing of a new hypersonic strike weapon called **Blackbeard**. The missile is being developed by defense startup **Castelion**, a company founded in 2022 by former aerospace engineers focused on rapid weapon development and mass production.

One of the most interesting parts of this project is how the missile may be tested. According to Castelion, the **air-launched version of Blackbeard could soon fly on the F/A-18 Hornet fighter jet**. If that happens, it would be the first known attempt to integrate this missile with a carrier-capable tactical aircraft. That’s a big deal for naval aviation because it could give frontline fighter jets access to hypersonic strike capability.

So what makes Blackbeard special?

The missile is designed to travel at **hypersonic speeds — above Mach 5**, which is more than five times the speed of sound. At those speeds, enemy air defense systems have far less time to detect, track, and intercept the incoming weapon. In simple terms, it compresses the decision time for defenders to just minutes — sometimes even seconds.

Development of the missile is already moving quickly. Engineers have conducted **more than twenty experimental flight tests**, examining propulsion, aerodynamics, flight

The U.S. military has employed new Precision Strike Missile (PrSM) short-range ballistic missiles as part of ongoing ope...
04/24/2026

The U.S. military has employed new Precision Strike Missile (PrSM) short-range ballistic missiles as part of ongoing operations against Iran. This looks to be the first combat use of the PrSM, which only began entering service roughly two years ago. The operational debut of the new missiles showcases the significantly greater range they offer compared to their predecessors, the Army Tactical Missile System (ATACMS), and much expanded target areas that American units can now hold at risk as a result.

Overnight, U.S. Central Command (CENTCOM) released a video montage of still pictures documenting the “first 24 hours of Operation Epic Fury.” This is the nickname American authorities have given to their component of ongoing U.S.-Israeli operations targeting Iran. Included in that montage, seen in the social media post below, is an image clearly showing the launch of a PrSM from a wheeled M142 High Mobility Artillery Rocket System (HIMARS) launcher.

04/24/2026

Can a patriot like me deserve a like? 🇺🇸 — respect, pride, and standing for something bigger than yourself

04/24/2026

F-22 Raptor deployed in the desert — stealth, dominance, and precision ready for any mission 🛩️🏜️

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