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Raytheon partners with German company to boost Stinger missile production

Raytheon describes the Stinger missile as a lightweight, combat-proven and self-contained air defense system deployed by ground troops against cruise missiles and aircraft. Image: Raytheon

 

 

 

 

 

 

 

 

 

Phoenix Business Journal

Story Highlights

What’s This?
  • Raytheon partners with Diehl Defense to produce Stinger missiles in Europe
  • Stinger missile system is used by 24 countries, including NATO members
  • Raytheon secures multiple billion-dollar contracts, solidifying its industry leadership position

Tucson-based missile manufacturer Raytheon is partnering with a German weapons maker for the production of the widely used Stinger missile system in Europe.

Raytheon — a division of Virginia-based defense giant RTX Corp. (NYSE: RTX), and one of Arizona’s largest defense contractors — announced this week that it signed a memorandum of understanding with Diehl Defense, which is headquartered in Uberlingen, Germany.

Under the agreement, Diehl will take on production work of Stinger missiles as part of its growth plan and to increase global capacity of the system.

The Stinger missile is described by Raytheon as a lightweight, combat-proven and self-contained air defense system that ground troops can use against cruise missiles and aircraft. One variant is used on Apache helicopters in air-to-air combat.

The weapon is used by all four branches of the U.S. military and by multiple foreign partners.

“Stinger is the surface-to-air missile of choice for 24 countries, including Germany and nine other NATO members,” said Tom Laliberty, president of Land & Air Defense Systems at Raytheon, in a statement. “We are seeing historically high demand for Stinger because of its unrivaled effectiveness and success against a variety of short-range threats.”

Raytheon improves missile guidance systems

Raytheon has worked on upgrades for the Stinger over the years, in particular making improvements to its guidance and control system for accuracy and adding retrofits to increase effectiveness against unmanned airborne systems by allowing the missile to detonate near those targets even without a direct hit.

While the Stinger remains a sought-after weapon, Raytheon has also been developing an eventual replacement for it in the form of the U.S. Army’s Next-Generation Short-Range Interceptor, or NGSRI, which completed successful testing earlier this year.

Under the new partnership, Diehl is currently assessing its options to increase production capacity at existing sites and other locations.

“For Diehl Defence, relaunching production for Stinger missiles builds on our proven capabilities and expertise in that product range and fits seamlessly in our strong standing on the market for ground-based air defence systems,” Diehl Defence CEO Helmut Rauch said in a statement.

This partnership for Raytheon comes as the latest development in a year when the Arizona defense contractor has been racking up multibillion-dollar contracts, most recently inking a $3.5 billion deal with the U.S. Air Force at the start of August.

That was the fourth contract worth $1 billion or more, further solidifying Raytheon’s position as the money leader in Arizona’s booming aerospace and defense sector — which has been on a growth streak with a number of cutting-edge projects.

Other recent Raytheon contracts

Earlier this month, Raytheon in Tucson was awarded a pair of unrelated contracts:

  • On Aug. 12, the U.S. Navy announced that Raytheon was awarded a $258,742,330 contract for the engineering, manufacturing, and development of the Standard Missile 2 (SM-2) Block IIICU All Up Round. This contract includes options that could bring its value to $263,137,090. The bulk of the work will be performed in Tucson, and work is expected to be completed by September 2031.
  • On Aug. 4, the Navy announced that Raytheon was awarded a $10,052,768 contract modification for design agent engineering in support of the Evolved SeaSparrow Missile and NATO SeaSparrow Missile Systems programs. Most of the work will be performed in Tucson, to be completed by December 2025.

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