Get Ready US Navy: China Revealed Its Most Powerful Aircraft Carrier

Welcome to the Military Weapons Channel!

Military Weapons Channel is an independent, educational, and documentary channel.

The videos on the channel are strictly for informational, documentary, and historical purposes! Footage is shared for the purposes of news reporting, distributing important information to the public, and educating.

Thank You for Watching Our Videos!

00:00 – Get Ready US Navy: China Revealed Its Most Powerful Aircraft Carrier

02:20 – Propulsion:
The Type 003 Fujian is the largest conventionally powered aircraft carrier globally, while the USS Gerald Ford is the largest nuclear-powered aircraft carrier. The exact engines on the Fujian are unknown, given its newness and limited released information. However, a nuclear propulsion system inherently provides more power than a conventional one. propulsion system. The USS Gerald Ford is powered by two Beckel A1B nuclear reactors, the most cutting-edge engines created for use on aircraft carriers. Thanks to these reactors, the carrier can run efficiently for up to 25 years without refueling, and with a top speed of 30 knots, the USS Ford is capable of accessing every country on the planet, paying friendly visits to allies and wreaking havoc on foes.

03:12 – Artificial Intelligence:
Artificial intelligence is a computing department that has made significant strides globally, although it hasn’t exactly taken the world by storm. Over the past decade, artificial intelligence has evolved into the powerful force it is today. With decades of experience on about a dozen different holes in the Nimitz and Ford carrier classes, the US has built its carrier-based artificial intelligence. The latest ship in the fleet, the USS Gerald Ford, boasts an intelligence level that matches the pinnacle of carrier-based AI. While China hasn’t revealed much information on the systems powering the Fujian carrier, the chances of surpassing the systems on the American carrier are slim. The USS Gerald Ford is equipped with various forms of artificial intelligence components, from automated systems to unmanned vehicles, which have gained considerable recognition. These components make the massive ship significantly easier to operate. In fact, the USS Ford has a complement of 4,500 members, whereas a similarly sized Nimitz-class carrier has over 6,000. The smaller complement size allows more free internal space on the USS Ford, accommodating additional systems, weapons, and life enhancement features, ultimately resulting in a better quality of life for the crew members.

04:31 – Sensors and Processing Systems:
Both the Fujian and Ford feature the most advanced sensors and processing systems available to their respective nations. The Fujian incorporates an integrated power system, a significant upgrade over older Chinese aircraft carriers, providing more efficient power distribution that enhances the ship’s performance. The sensors and processing systems on the Fujian include a state-of-the-art ACA radar system, offering superior detection and tracking capabilities, four S-band Dragon Eye Type 346 radars, and four smaller X-band ASA radar panels. The USS Ford surpasses this with a single system for both horizon and volume search, the Aegis SPY-3 multi-function radar, featuring X and S-band active electronically scanned array. It remains the most advanced radar system from the US, fed by highly sensitive sensors, capable of handling surveillance, air traffic control, missile communications, and spotting targets from miles away.

05:32 – Airwing:
The airwing of the Type 003 Fujian is expected to be formidable, featuring an impressive aircraft lineup, including fifth-generation fighters. With an 880,000-ton carrier, the Fujian outstrips the USS Ford, which weighs a hefty 100,000 tons. This size advantage likely means the USS Ford would host a more extensive airwing, showcasing its capability as a whopping 20% larger carrier.
One electromagnetic launch and arrest systems: An electromagnetic launch system uses electromagnetism to rapidly accelerate aircraft to takeoff speeds, allowing them to safely fly from an aircraft carrier instead of using ski ramps or traditional catapults. The Fujian is the first Chinese carrier to feature electromagnetic launch systems, a massive upgrade over the ski ramps of older carriers. The USS Ford also features electromagnetic launch systems, boasting four compared to the Fujian’s three. With these electromagnetic systems, both carriers can launch the widest range of manned and unmanned aircraft, a significant improvement over older systems limited in the types of aircraft they could launch.

source