Close Menu
Tac Gear Drop
  • Home
  • News
  • Tactical
  • Guns
  • Survival
  • Videos
Facebook X (Twitter) Instagram
Tac Gear Drop
  • Home
  • News
  • Tactical
  • Guns
  • Survival
  • Videos
Subscribe
Tac Gear Drop
Home » Navy uses 3-D printing to manufacture destroyer parts
Tactical

Navy uses 3-D printing to manufacture destroyer parts

Tommy GrantBy Tommy GrantJune 20, 20252 Mins Read
Share Facebook Twitter Pinterest LinkedIn Tumblr Email WhatsApp Copy Link
Follow Us
Google News Flipboard Threads
Navy uses 3-D printing to manufacture destroyer parts
Share
Facebook Twitter LinkedIn Pinterest Email Copy Link

The Naval Sea Systems Command engineering directorate has streamlined a manufacturing process to allow for the 3-D printing of parts for Arleigh Burke-class destroyers.

Recent NAVSEA guidance allows waterfront engineers to use additive manufacturing, better known as 3-D printing, to produce vessel parts and components classified as low-risk — meaning parts that are not vital to the safety and function of the ship.

The parts were manufactured for the guided missile destroyer Arleigh Burke — the lead ship of its class — by the Spain-based Forward Deployed Regional Maintenance Center (FDRMC) Detachment Rota in collaboration with Spanish allies.

“We have empowered and equipped our waterfront and forward-deployed engineers and maintainers that directly support our warfighters,” said Rear Adm. Pete Small, NAVSEA chief engineer, in a release. “This project executed with our Spanish allies further proves the significant readiness AM generates for our ships, restoring a critical system while meeting the compressed timeline for the ship’s forward-deployed patrol.”

The destroyer Arleigh Burke had a pair of leaky eductors, or jet pumps, in its vacuum collection holding and transfer (VCHT) system, according to the release.

Both needed to be replaced prior to the vessel returning to patrol duty to stop the system from potentially failing during deployment.

While eductors are traditionally made of cast bronze and take nearly a year to produce, 3-D printing the parts shortened the manufacturing process by 80%.

The total process, including the planning phase, took only two months. The 3-D printing manufacturing itself took only seven days to produce the pumps prior to installation. Speeding up the part replacement allowed the ship to be on time for its upcoming scheduled patrol in the U.S. Sixth Fleet area of operations.

Although 3-D printing has been in use for some time, NAVSEA’s move to expedite the process of parts manufacturing comes at a time when the Navy is suffering from a lagging shipbuilding industry and is being urged to modify manufacturing and repair processes overall.

At a June 10 hearing, Sen. Roger Wicker, chair of the Senate Armed Service Committee, described the current state of naval shipbuilding as “in an abysmal condition overall” despite some recent improvements.

About Zita Ballinger Fletcher

Zita Ballinger Fletcher previously served as editor of Military History Quarterly and Vietnam magazines and as the historian of the U.S. Drug Enforcement Administration. She holds an M.A. with distinction in military history.

Read the full article here

Share. Facebook Twitter Pinterest LinkedIn Tumblr Email WhatsApp Copy Link

Related Posts

Tactical

Army major faced retaliation for advocacy on water contamination

July 9, 2025
Tactical

New aircraft carriers face years of delivery delays

July 9, 2025
Tactical

Trump’s tariffs may overshadow Rubio’s first official trip to Asia

July 9, 2025
Tactical

DARPA ends cargo seaplane program, eyes new uses for tech

July 9, 2025
Tactical

Army updates misconduct investigations, will punish false accusations

July 9, 2025
Tactical

Fighter pilots integrate drones into air combat training

July 9, 2025
Top Sections
  • Guns (374)
  • News (644)
  • Survival (1,053)
  • Tactical (1,053)
  • Videos (1,663)
© 2025 Tac Gear Drop. All Rights Reserved.
  • Privacy Policy
  • Terms of use
  • Press Release
  • Advertise
  • Contact

Type above and press Enter to search. Press Esc to cancel.