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Thousands of Affordable Drones Set to Enter Market Within Months According to Drones Manufacturer

Thousands of affordable drones to be manufactured by the Replicator program, as per the Defense Innovation Unit's deputy director.

Defense Innovation Unit's deputy director forecasts mass production of low-cost drones by August,...
Defense Innovation Unit's deputy director forecasts mass production of low-cost drones by August, through the Replicator program.

Thousands of Affordable Drones Set to Enter Market Within Months According to Drones Manufacturer

Hear Ye, Hear Ye! Here's the lowdown on the Pentagon's Replicator initiative, a game-changer aiming to unleash swarms of affordable, autonomous war-machines by July 2025. Aditi Kumar, deputy director at the Defense Innovation Unit, spilled the beans at the Hudson Institute last December, claiming we're looking at multiple thousands of these suckers taking over various combat zones in no time.

Kumar said that if things go as planned, the U.S. military acquisition process will start sprinting, and commercial vendors will practically be tripping over themselves to push these babies onto the battlefield. This was all part of Kathleen Hicks' signature project, and they started the two-year campaign in September 2023. If all goes according to plan, they'll meet their deadline.

Replicator isn't just about deploying killer drones; it's also designed to speed up the Pentagon's slow-moving acquisition process. They're already calling up companies for roundtables to clarify what kind of systems and capabilities they'll be churning out with Replicator 2. Kumar reckons this'll help them hit the ground running with the commercial sector as partners.

Just like a hammer needs a nail, Replicator 2 focuses on counter-drone capabilities. So, now they're busting their humps on both fronts. Lessons learned from the first Replicator push are already informing the second. Kumar pointed to the need for transparency and consistent communication with industry about "what exactly we're going after", and when.

The Defense Secretary, Lloyd J. Austin III, recently announced the Pentagon's new counter-unmanned system strategy. DIU officials have already started rocking roundtables with industry and investors to clarify "our demand signal and the types of systems and capabilities that we will be pursuing" with Replicator 2.

A second lesson learned is the importance of nailing the tricky software problems early on. For Replicator 1, they've got a whole bunch of collaborative autonomy and command and control issues on their plate. For Replicator 2, command and control is once again a key challenge.

Third on the list is "early and frequent communications with Congress". The DIU leadership has been on Capitol Hill explaining what Replicator 2 looks like, what kinds of capabilities they're shooting for and where, so they've got early supporters onboard for funding this massive undertaking.

Kumar claimed that combat experience from the Ukraine war is driving Ukraine to roll out software upgrades at breakneck speeds. This eye-opener has shown that software updates need to happen on a three- to four-week timeline, which is super-fast, costly, and something the Pentagon hasn't been doing aggressively. That's got to change with a whole lot more investment in software.

The big challenge for Replicator and future systems is ensuring "collaborative" interaction between autonomous systems, as well as a Command and Control (C2) apparatus that ties everything together, enabling joint systems to cue each other and provide overall situational awareness.

The Air Force is InThe Air Force didn't play ball in the first round of Replicator systems, but Kathleen Hicks announced a "Replicator 1.2" or "second tranche" of the Replicator program on Nov 13. These fresh systems are meant to add to the initial batch announced earlier in 2024 and are headed for the battlefield by August 2025.

The Air Force's Enterprise Test Vehicle (ETV) made it into the second tranche, and they'll partner with the DIU and multiple vendors to develop and demonstrate design variants. They're already setting aside slots for four companies: Anduril Industries, Integrated Solutions for Systems, Inc., Leidos Dynetics, and Zone 5 Technologies. Selected ETV prototypes will be sped through to scaled production.

Air Force Vice Chief of Staff Gen. James Slife said the ETV's modular design and open system architecture make it an ideal platform for testing out new capabilities and options for weapon system employment.

The DIU has learned a ton from the Ukraine war, including the fact that combat experience is driving Ukraine to update the software of their systems at breakneck speeds on three- to four-week timelines. This is a flashy wake-up call to the Pentagon, signaling that they need to ramp up software funding and steer clear of the paralysis that sometimes arises when a service commits to a new system because it worries that it'll soon be outdated.

Kumar pointed out that Replicator's big challenge lies in ensuring that autonomous systems can collaborate effectively, and that C2 capabilities link joint systems together, enabling them to cue each other and provide overall situational awareness.

  1. The Air Force is set to join the Replicator initiative with a second tranche, named Replicator 1.2, announced by Kathleen Hicks on Nov 13.
  2. The Air Force's Enterprise Test Vehicle (ETV) has been included in the second tranche, and it will collaborate with the Defense Innovation Unit and multiple vendors to develop design variants.
  3. Four companies - Anduril Industries, Integrated Solutions for Systems, Inc., Leidos Dynetics, and Zone 5 Technologies - have been allocated slots for the ETV prototype development, with a goal of fast-tracking them to scaled production.
  4. The modular design and open system architecture of the ETV make it a suitable platform for testing new capabilities and employment options for weapon systems.
  5. The Defense Innovation Unit has been inspired by combat experience from the Ukraine war, emphasizing the need for rapid software updates and aggressive investment in software to avoid becoming outdated.

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