“Old Rockets, New Threat”: China Converts Aged Artillery Into Deadly Gliders Designed to Strike Fast-Moving Aerial Targets

China’s military innovation has taken a groundbreaking turn with the development of the Tianxing-1, a prototype that transforms traditional rocket artillery into precision gliders capable of targeting aerial threats. This advancement, spearheaded by scientists at China’s National University of Defence Technology, aims to revolutionize how inexpensive munitions are used against air targets. With the potential to change military strategies, this innovation showcases China’s commitment to enhancing its defense capabilities through technological breakthroughs.

From Ground Launch to Aerial Precision

The transformation of rocket artillery into precision gliders represents a significant shift in military technology. Traditionally, rocket artillery systems, like the United States’ Global Mobile Artillery Rocket System, have been valued for their ability to deliver rapid, high-volume barrages over wide areas. Unlike conventional tube artillery, which uses explosive charges to propel projectiles, rocket artillery relies on self-propelled munitions that do not require a barrel, offering mobility and speed of deployment.

With the development of the Tianxing-1, these traditional systems are being adapted to serve a new purpose. The prototype, named ‘Sky Star-1,’ features lift-generating wings and adjustable tail fins, allowing it to glide towards stationary aerial targets. Traveling at subsonic speeds of approximately 656 feet-per-second, the Tianxing-1 employs a new guidance algorithm that significantly reduces targeting errors, making it a promising tool for anti-air warfare.

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Teaching an Old Dog New Tricks

Rocket artillery has a long history, dating back to early medieval China. Modern rocket artillery systems first emerged during World War II, with notable examples like the German Nebelwerfer and Soviet Katyusha series. These systems have evolved over time, incorporating GPS and inertial guidance to enhance precision. The Tianxing-1 takes this evolution further by transitioning into a glider mid-flight, allowing it to adjust its course and engage aerial targets.

According to the South China Morning Post, the Tianxing-1’s passive flight capability enables it to strike targets with remarkable accuracy, reducing targeting errors from 164 feet to less than 3 feet. Although not yet suitable for engaging fast-moving targets like jets or drones, it holds potential as a cost-effective solution for targeting slower or stationary aerial threats.

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Promising, but More Work Needed

Despite its promising capabilities, the Tianxing-1 is currently more of a training tool or technology demonstrator than a deployable weapon. Its successor, the Tianxing-2, has reportedly undergone successful tests with advanced targeting systems, demonstrating the potential for future iterations to enhance anti-air defenses. The challenge lies in guiding unpowered, low-speed gliders to accurately hit aerial targets, a task that requires further refinement.

The development of the Tianxing-1 could change military strategies, offering a middle ground between costly surface-to-air missiles and traditional artillery. If perfected and deployed in swarms, these gliders could provide a new layer of defense, prioritizing cost, saturation, and surprise over speed or raw firepower.

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The Future of Military Innovation

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The advancements in rocket artillery technology underscore China’s commitment to enhancing its defense capabilities through innovation. As the Tianxing-1 and its successors continue to evolve, they have the potential to redefine how militaries approach anti-air warfare. This development highlights the importance of technological breakthroughs in shaping military strategies and ensuring national security.

With ongoing research and development, the future of military innovation holds exciting possibilities. How will these advancements influence global defense strategies, and what new challenges and opportunities will they present for military forces worldwide?

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