Military Videos

15/01/2025

20/09/2024

Wirra Jaya 2024

26/06/2024

The Indonesian Navy Martadinata-class guided-missile frigate KRI Martadinata (331) arrives at Joint Base Pearl Harbor-Hickam, Hawaii, to participate in Exercise Rim of the Pacific (RIMPAC) 2024

08/06/2024

It seems similar to the American one

The Mohajer-10, unveiled in 2023, marks a turning point for Iranian drone technology. This latest unmanned combat aerial vehicle (UCAV) boasts significant advancements over its predecessors, making it a more potent and long-reaching aerial weapon.

Some analysts suggest a visual resemblance between the Mohajer-10 and the American MQ-9 Reaper drone. However, the extent of the similarities in terms of performance and capabilities remains unclear.

The Mohajer-10 packs a hefty punch. Compared to earlier Mohajer models, it can travel much farther, exceeding 2,000 kilometers, allowing it to strike targets deep within enemy territory. Additionally, it can carry a much heavier payload, surpassing 650 pounds. This translates to the ability to carry more weapons for offensive missions or more sensors for extended reconnaissance operations. The firepower of the Mohajer-10 is also noteworthy. This UCAV can be equipped with various air-to-surface missiles and guided bombs, making it a serious threat on the battlefield.

While some information remains under wraps, the Mohajer-10 undoubtedly strengthens Iran's drone arsenal. Its extended reach, increased payload capacity, and potential for improved performance elevate it to a new tier of capability. Whether this translates to real-world effectiveness remains to be seen, but the Mohajer-10 signifies Iran's growing prowess in the realm of unmanned aerial vehicles. 1.5 tons. It is capable of carrying up to 500kg (not including fuel) at a volume of up to 2,640lt. Unlike helicopters, the fans of the Cormorant are not exposed and installed in the body of the vehicle, therefore giving it added maneuverability in complex environments, e.g., densely populated areas. Although compact in size, its’ capabilities (carrying capacity, speed, ceiling high, range) are equal to a small helicopter like Bell 206 or MD500.

07/06/2024

A Delta IV-class nuclear-powered ballistic missile submarine.

07/06/2024

Kirov class nuclear-powered guided missile cruiser "FRUNZE".

07/06/2024

The Order of Nakhimov heavy nuclear-powered missile cruiser "Peter the Great" is the fourth and only heavy nuclear-powered missile cruiser (TARKR) of the third generation of Project 1144 "Orlan" in service.

06/06/2024

On the battlefield, tanks face a constant threat from anti-tank weaponry, particularly shaped charges designed to pierce through conventional armor. Reactive armor offers a solution by adding an explosive layer sandwiched between metal plates. When a shaped charge hits, this explosive layer detonates outwards, disrupting the shaped charge's jet and significantly reducing its armor pe*******on capability, essentially creating a dynamic shield for the vehicle.

While not without drawbacks - the explosive layer typically detonates only once and raises safety concerns - reactive armor significantly enhances the survivability of tanks and other military vehicles. Its effectiveness against shaped charges makes it a crucial defensive measure for modern militaries.

06/06/2024

Meet the X-47B: America's $1.5 Billion Stealth Drone

The Northrop Grumman X-47B, a formidable tailless UCAV (unmanned combat aerial vehicle), takes to the skies powered by a single Pratt & Whitney F100-PW-220U engine. This engine is a variant of the renowned F100 turbofan family, known for its reliable performance and impressive thrust.

The F100-PW-220U is an afterburning turbofan engine, which means it can generate short bursts of high speed with the help of an afterburner. This capability is crucial for the X-47B, especially during takeoffs from aircraft carriers where space is limited. While the exact output of the engine specific to the X-47B is confidential, the baseline F100 engine family boasts around 29,000 pounds of thrust without afterburner and a staggering 50,000 pounds with it engaged. Even in a detuned configuration for the X-47B, this engine packs a punch, providing ample power for the UCAV's operations.

The choice of the F100 engine wasn't purely about power. The F100 family is known for its relative fuel efficiency for its power class, a significant factor for extending the X-47B's range and endurance during missions. Additionally, the engine's proven reliability in military applications ensured dependability and simplified maintenance, crucial qualities for any military aircraft. The F100-PW-220U engine effectively grants the X-47B the power and efficiency it needs to excel in its role as a carrier-launched unmanned combat vehicle.

05/06/2024

The RBU-6000 Smerch-2 (Russian: Реактивно-Бомбовая Установка, Reaktivno-Bombovaja Ustanovka; meaning reaction engine-bomb installation and Смерч; meaning waterspout) is a 213 millimeter caliber Soviet and now Russian anti-submarine rocket launcher. It is similar in principle to the Royal Navy Hedgehog system used during World War II.

The RBU-6000 entered service in 1961 and was the most widespread anti-submarine rocket launcher in the Soviet Navy. Used on many ship classes, it remains in service with the Russian Navy today and has also been exported to other countries.

05/06/2024

The biggest submarine ever built is the Typhoon-class submarine, also known by its NATO reporting name Project 941 Akula. These behemoths were designed and built by the Soviet Union during the Cold War.

With a submerged displacement of 48,000 tonnes, the Typhoons were truly massive. To put that in perspective, that's more than double the displacement of the Ohio-class submarines, which are the largest submarines currently in service by the United States Navy. The Typhoons were also incredibly long, measuring in at 175 meters (574 ft) – that's almost as long as two football fields!

The Typhoons were designed to be nuclear-powered ballistic missile submarines (SSBNs). They were armed with 20 SS-N-20 Sturgeon ballistic missiles, each of which could carry multiple nuclear warheads. The Typhoons were also well-armed with torpedoes for self-defense.

Despite their size and firepower, the Typhoon-class submarines were not without their drawbacks. They were very expensive to build and operate, and they were also quite noisy, which made them relatively easy for enemy submarines to detect. Following the collapse of the Soviet Union, Russia decommissioned most of the Typhoon-class submarines. The last Typhoon was decommissioned in 2009.

04/06/2024

The AN/SPY-1 radar system, while no longer the leading edge of technology, holds some significant advantages. A key strength is its comprehensive situational awareness. The four radar faces provide a nearly uninterrupted 360-degree view, crucial for spotting aerial threats like missiles and aircraft early on. Furthermore, the AN/SPY-1 isn't just a detection system; it excels at tracking targets and differentiating between them. This filtering capability helps prioritize threats and enables informed defensive actions. The AN/SPY-1 boasts a long history of success since its deployment in 1983, solidifying its reputation as a dependable air defense system.

It's important to acknowledge that the AN/SPY-1 is being replaced by more advanced radar systems like the AN/SPY-6. These newer iterations offer significant improvements. A key advantage is the Active Electronically Scanned Array (AESA) technology employed by the AN/SPY-6. Compared to the older Passive Electronically Scanned Array (PESA) used in the AN/SPY-1, AESA offers superior performance in terms of range, accuracy, and target identification. Additionally, AESA radars boast increased reliability due to having fewer moving parts, making maintenance easier than with PESA systems.