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Army

First Autonomous Black Hawk Flight With No Safety Pilots Set For January, Potential Role For Tech On Enduring Fleet

By Matthew Beinart

Friday, November 12th, 2021

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First Autonomous Black Hawk Flight With No Safety Pilots Set For January, Potential Role For Tech On Enduring Fleet

A Sikorsky UH-60M Black Hawk helicopter (Photo: Lockheed Martin)

DARPA is planning its first fully autonomous UH-60 Black Hawk flight with no safety pilots onboard this January, with the Army assessing how it may leverage the technology for its enduring helicopter fleet. A lead program official for DARPA’s ALIAS program, which has been running for about six years, told reporters he anticipates the technology transitioning to the Army in near future as the service anticipates potential use cases from aircrew augmentation to potential completely autonomous operations. “It makes common…

Congress

Pentagon Fiscal 2027 Budget To Address Cannibalization Of Parts For F-35, Legislator Says

The Pentagon’s upcoming fiscal 2027 budget request will help reduce the cannibalization of parts for the F-35 fighter by Lockheed Martin [LMT], the chairman of the House Armed Services Committee’s […]

Budget

Trump’s $1.15 Trillion Request For DoD Is The ‘New Normal,” HASC Chairman Says

COLORADO SPRINGS, Colo.—The Trump administration’s nearly $1.2 trillion baseline defense budget request for fiscal year 2027 will be adopted and will be the foundation for the “new normal” going forward, […]

Congress

Trump Wants Second Reconciliation Bill On His Desk By June 1

President Donald Trump on Wednesday called on Congress to pass and send a second reconciliation bill to his desk by June 1. The deadline follows congressional Republicans’ backing a pursuit […]

Space

Upgrading Current GPS Ground System “Now a Viable Option,” As GPS OCX Problems Continue, Space Official Says

Upgrades to the GPS ground system–the Architecture Evolution Plan (AEP)–is an option under consideration by the Defense Department’s space acquisition chief, as problems continue in fielding the GPS Next Generation […]