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This handout photo provided by the US Navy shows a common hypersonic glide body (C-HGB) launching from the Pacific Missile Range Facility, in Kauai, Hawaii, March 19, 2020, during a Department of Defence flight experiment. Image Credit: AP

Portland, Maine: Lagging behind Russia in developing hypersonic weapons, the US Navy is rushing to field its first, with installation on a warship starting as soon as late next year.

The United States is in a race with Russia and China to develop these weapons, which travel at speeds akin to ballistic missiles but are difficult to shoot down because of their manoeuvrability.

The Russian military says it already deployed hypersonic missiles and claimed Saturday to have used one for the first time in combat against a target in Ukraine. The Pentagon couldn’t confirm a hypersonic weapon was used in the attack.

The American military is accelerating development to catch up.

The US weapon would launch like a ballistic missile and would release a hypersonic glide vehicle that would reach speeds seven to eight times faster than the speed of sound before hitting the target.

In Maine, General Dynamics subsidiary Bath Iron Works has begun engineering and design work on changes necessary to install the weapon system on three Zumwalt-class destroyers.

The work would begin at a yet-to-be-named shipyard sometime in fiscal year that begins in October 2023, the Navy said.

Hypersonic weapons are defined as anything travelling beyond Mach 5, or five times faster than the speed of sound. That’s about 6,100 kmh. Intercontinental ballistic missiles far exceed that threshold but travel in a predictable path, making it possible to intercept them.

The new weapons are manoeuvrable.

Existing missile defence systems, including the Navy’s Aegis system, would have trouble intercepting such objects because manoeuvrability makes their movement unpredictable and speed leaves little time to react.

Russia says it has ballistic missiles that can deploy hypersonic glide vehicles as well as a hypersonic cruise missile.

The US is “straining just to catch up” because it failed to invest in the new technology, with only a fraction of the 10,000 people who were working on the program in the 1980s, said US Rep. Jim Cooper, a Tennessee Democrat who’s chair of a subcommittee that monitors the program.

“If we want to pursue parity, we will need to back this effort with more money, time, and talent than we are now,” he said.

The Russian invasion of Ukraine serves as a backdrop as the Pentagon releases its budget proposal that lays out its goals for hypersonics and other weapon systems later this month.

The three stealthy Zumwalt-class destroyers to be equipped with the new weapons have plenty of space to accommodate them _ thanks to a design failure that works to the Navy’s advantage in this instance.

The ships were built around a gun system that was supposed to use GPS-guided, rocket-boosted projectiles to pound targets 145km away. But those projectiles proved to be too expensive, and the Navy cancelled the system, leaving each of the ships with a useless loading system and a pair of 155-mm guns hidden in angular turrets.

The retrofit of all three ships will likely cost more than $1 billion but will give a new capability to the tech-laden, electric-drive ships that already cost the Navy $23.5 billion to design and build, said Bryan Clark, a defence analyst at the Hudson Institute.

“The engineering is not that hard. It’ll just take time and money to make it happen,” Clark said.

The Navy intends to field the weapons on the destroyers in the 2025 fiscal year and on Virginia-class nuclear-powered attack submarines in the 2028 fiscal year, the Navy said.

The US focus on hypersonic weapons represents a pivot after hesitating in the past because of technological hurdles. Adversaries, meanwhile, continued research and development.

Russia fired off a salvo of Zircon hypersonic cruise missiles in late December, heralding the completion of weapon testing.