USAF explores radar for Agility Prime
Metawave Corporation will provide a precision all-weather radar sensor for a next-generation electric vertical take-off and landing (eVTOL) aircraft, after being selected by the USAF as prime contractor in Phase I of the Agility Prime initiative.
An initial study will outline modifications required to the Metawave Spektra radar, so that it can be applied to development of eVTOL aircraft for passenger and cargo transport.
Following completion of Phase I, Metawave will apply for a Phase II contract to bring operational radar hardware to USAF personnel. The Phase II effort ‘will include a series of field tests of the proposed design array under a variety of varied situations and environments’, the company stated on 6 January.
Designed for use in the automotive sector, Spektra is an analog beam-steering radar with high angular resolution. Narrow beams enable it to quickly detect objects in a vehicle's FoV with very high accuracy at up to 330m range, Metawave claims, while avoiding interference.
Working with the Arizona State University Center for Wireless Information Systems and Computational Architectures, Metawave will modify Spektra to operate in 3D airspace and at longer ranges.
The USAF committed $25 million in FY2020 to help kickstart Agility Prime and it is seeking opportunities for early adoption, with the potential for procurement and fielding by 2023.
R&D funds for these new air vehicles are being provided by private investors, although the USAF (via its AFWERX innovation branch) will help finance testing, certification and procurement.
To date, AFWERX has awarded $38 million to more than 250 selected proposals for eVTOL technologies.
As part of our promise to deliver comprehensive coverage to our Defence Insight and Premium News subscribers, our curated defence news content provides the latest industry updates, contract awards and programme milestones.
More from Defence Notes
-
Growing a digital backbone: an essential capability for the multi-domain battlespace
Future operational superiority will be defined by the ability to connect systems, data and personnel into a wider network. For armed forces, this creates the need for a digital backbone that integrates and enhances sensors and effectors of all kinds.
-
Estonia opts for smart, adaptable and cooperative solutions in the face of Russian threat
Estonian-made equipment is being put through the toughest of evaluations in the hands of Ukrainian soldiers resisting the full-scale Russian invasion which began in 2022. The country has long seen the threat and is continuing to adapt for the future.
-
Estonia boosting defence industry with lessons from Ukraine, says country’s economic minister
Estonia is looking to boost its local defence industry with directed funding, industry parks, support through international orders for equipment and rapid prototyping.
-
UK faces cost of balancing defensive capabilities abroad as Iran conflict widens
The UK has recently deployed a Type 45 destroyer to Cyprus and has bolstered its presence in the Middle East in recent weeks with supporting air power to protect neighbouring countries’ air defences.
-
White House calls on Pentagon contractors to “rapidly and aggressively” boost weapon production
Intended to sustain Operation Epic Fury against Iran, efforts to increase the production of weapons and ammunition could expose long-standing weaknesses in the US defence industrial base.
-
India’s strategic defence footprint expansion could be accelerated by Iran-Israel conflict
The latest escalation between Iran and Israel could shape New Delhi’s next-generation shield as India deepens cooperation with Israel on missile defence and drone production.