To make this website work, we log user data. By using Shephard's online services, you agree to our Privacy Policy, including cookie policy.

×
Open menu Search

Textron nets contract to develop mine countermeasure system that doesn't need towing

24th March 2023 - 12:30 GMT | by Harry Lye in London

RSS

The MAGNUSS onboard payload system follows on from the towed mine sweep Unmanned Influence Sweep System (UISS) pictured above, which is integrated onto USVs. (Photo: Textron Systems)

Removing the need to tow an array would allow mine countermeasure USVs to access previously hard-to-reach areas.

The US Office of Naval Research (ONR) has awarded a new contract to Textron to build a new mine countermeasures (MCM) payload for MCM USVs that does not need towing.

Worth $20.7 million, the contract covers development of the Magnetic and Acoustic Generation Next Unmanned Superconducting Sweep (MAGNUSS) MCM technology.

The payload comprises a high-temperature superconducting magnetic source with advanced acoustic gear.

MAGNUSS is an ONR-sponsored future naval capability effort expected to transition into a Naval Sea Systems Command programme to equip the MCM USV.

Work on the contract is expected to be concluded by March 2026.

Textron Systems project

Already have an account? Log in

Want to keep reading this article?

Read this Article

Get access to this article with a Free Basic Account

  • Original curated content, daily across air, land and naval domains
  • 2 free stories per week
  • Daily news round-up email service
  • Access to all Decisive Edge email newsletters
Create account

Unlimited Access

Access to all our premium news as a Premium News 365 Member. Corporate subscriptions available.

  • Original curated content, daily across air, land and naval domains
  • 14-day free trial (cancel at any time)
  • Unlimited access to all published premium news
Start your free trial
Harry Lye

Author

Harry Lye


Harry Lye was Senior Naval Reporter at Shephard Media.

Harry joined the company in 2021, …

Read full bio

Share to

Linkedin