The Air Force’s increased 2020 budget takes another step in an aggressive plan to prototype, test and deploy hypersonic weapons on an expedited schedule -- to defend against enemy attacks by fast-tracking an ability to launch high-impact, high-speed attacks at Mach. 5 - five times the speed of sound.

"Hypersonics is such an important area, we have to push it through - soon," William Roper, Assistant Secretary of the Air Force, Acquisition, Technology & Logistics, told an audience recently at an Air Force Association Symposium.

Roper emphasized that the hypersonics effort is both focused on current emerging weapons, which are testing, being prototyped and quickly nearing operational status, but also on an "idea pipeline" to keep new developments emerging.

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"We want to sharpen the industry base, even if we don't buy them in quantity. We want a 'big idea' pipeline, but we have to commit to it," Roper said.

The Pentagon's 2020 budget is proposing a hypersonic weapons increase, citing the request this way - "Hypersonics weapons development to complicate adversaries’ detection and defense - $2.6 billion," DoD budget documents say.

In the near term, Air Force has awarded several deals to Lockheed to expedite prototyping of a hypersonic weapon, called the “Air Launched Rocket Response Weapon.”

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The effort involves two separate trajectories, including the Air-Launched Rapid Response Weapon and a Hypersonic Conventional Strike Weapon. The Air Force has now awarded developmental deals for both systems to Lockheed.

Recent thinking from senior Air Force weapons developers had held that US hypersonic weapons might first be deployable by the early 2020s. Hypersonic drones for attack or ISR missions, by extension, were thought to be on track to emerge in the 2030s and 2040s, senior service officials have told Warrior Maven. Now, this aggressive new Air Force hypersonic weapons prototyping and demonstration effort is expected to change this time frame in a substantial way. In fact, an Air Force Magazine report citing senior service leaders said the Air Force should have operational hypersonic weapons in about 2 years.

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A "boost glide" hypersonic weapon is one that flies on an upward trajectory up into the earth's atmosphere before using the speed of its descent to hit and destroy targets, senior officials said.

The Hypersonic Conventional Strike Weapon effort involves using technologies which have not yet been integrated for air-launched delivery, an Air Force spokeswoman told Warrior Maven last year.

Last year, Roper talked specifically about a Hypersonic weapons acceleration plan which involved prototyping and technological development early in the process.

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Senior Air Force weapons developers, including Roper, have explained the rationale in terms of not waiting many more years for a "100-percent" solution if a highly impactful "90-percent" solution can be available much sooner. A weapon traveling at hypersonic speeds, naturally, would better enable offensive missile strikes to destroy targets such and enemy ships, buildings, air defenses and even drones and fixed-wing or rotary aircraft depending upon the guidance technology available.

A key component of this is the fact that weapons traveling at hypersonic speeds would present serious complications for targets hoping to defend against them – they would have only seconds with which to respond or defend against an approaching or incoming attack.

Along these lines, the advent of hypersonic weapons is a key reason why some are questioning the future survivability of large platforms such as aircraft carriers. How are ship-based sensors, radar and layered defenses expected to succeed in detecting tracking and intercepting or destroying an approaching hypersonic weapon traveling at five-times the speed of sound?

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In an essay from last year titled “Hypersonic Missiles: A New Proliferation Challenge,” Rand scholar Richard Speier further specifies the seriousness of hypersonic missile threats. “They are able to evade and conceal their precise targets from defenses until just seconds before impact. This leaves targeted states with almost no time to respond ... Hypersonic missiles require a reconsideration of traditional second-strike calculations, as they have the potential to decapitate a nation's leadership before it has the opportunity to launch a counter attack,” Speier writes.

Hypersonic weapons will quite likely be engineered as “kinetic energy” strike weapons, meaning they will not use explosives but rather rely upon sheer speed and the force of impact to destroy targets, developers explain. A super high-speed drone or ISR platform would better enable air vehicles to rapidly enter and exit enemy territory and send back relevant imagery without being detected by enemy radar or shot down.

Although potential defensive uses for Hypersonic weapons, interceptors or vehicles are by no means beyond the realm of consideration, the principal effort at the moment is to engineer offensive weapons able to quickly destroy enemy targets at great distances. Scientists explain that speed of sound can vary, depending upon the altitude; at the ground level it is roughly 1,100 feet per second. Accordingly, if a weapon is engineered with 2,000 seconds worth of fuel – it can travel up to 2,000 miles to a target, a former Air Force Chief Scientist told Warrior in a previous interview.

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This Hypersonic weapons acceleration is taking place within a high-threat global environment. Both Russia and China have been visibly conducting Hypersonic weapons tests, leading some to raise the question as to whether the US could be behind key rivals in this area.

A report in Popular Mechanics cites Chinese State Media as having announced a successful test of a new “wave-rider” Hypersonic vehicle. “The Hypersonic vehicle that detached from the booster rocket flew for 400 seconds, achieving a maximum speed of Mach 5.5 to 6 (4,200 to 4,600 mph) and reaching an altitude of 100,000 feet,” the report says.

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Also, a report in The Diplomat earlier this year outlines Chinese DF-17 Hypersonic missile tests in November of last year.

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