International Military Markets & Budgets - North America

K9 Thunder

K9 Thunder

Source: Australian Department of Defence


HANWHA DEFENSE USA ESTABLISHES K9 HOWITZER INTEGRATION FACILITY IN ALABAMA

Thursday, April 30, 2026
K9 Thunder

K9 Thunder

Source: Australian Department of Defence


OPELIKA, Ala. - Hanwha Defense USA has secured a manufacturing site in Alabama to establish an integration and testing facility for its K9 Mobile Howitzer system. The company signed a three-year lease in Opelika as part of a $2 million investment strategy aimed at localizing its artillery supply chain within the United States.

The move is a direct response to the U.S. Army’s Mobile Tactical Cannon Request for Prototype Proposal. By establishing a domestic footprint, Hanwha Defense USA intends to position its 155 mm K9 Mobile Howitzer as a low-risk, rapidly fieldable solution for the military’s long-range precision fires requirements.

The initial phase of the project is expected to create 40 jobs in the Opelika area. This facility will serve as the primary hub for the company's U.S. artillery localization strategy, utilizing the existing regional industrial base and nearby academic resources. The company indicated that it will evaluate further expansions and additional locations as it seeks to increase its footprint in the American combat vehicle market.

The selection of Opelika follows established economic ties between the region and South Korean industry. Local officials noted that the facility will benefit from the proximity to Auburn University and workforce development programs linked to Fort Moore, formerly known as Fort Benning.

This development occurs as the Department of Defense emphasizes the need to strengthen the domestic defense industrial base. Hanwha's entry into the U.S. manufacturing landscape reflects a broader trend of international defense contractors establishing local production lines to meet the requirements of U.S. military procurement contracts.

This investment represents the entry of a major South Korean defense prime into the domestic U.S. land systems market. Historically, the U.S. Army has relied on a limited number of domestic contractors for heavy artillery. Hanwha’s localization strategy introduces new competition and provides a "hot" production line for a proven system already used by several NATO allies. For the U.S. military, this could shorten procurement timelines and diversify a supply chain that has faced scrutiny for its capacity constraints during recent global conflicts.

Source: Forecast International
Associated URL: https://www.opelika-al.gov/m/newsflash/Home/Detail/1270
 
Hanwha Ocean and Leidos to Partner on Naval Ship Design

Source: Hanwha


HANWHA OCEAN AND LEIDOS TO PARTNER ON NAVAL SHIP DESIGN

Monday, April 27, 2026
Hanwha Ocean and Leidos to Partner on Naval Ship Design

Source: Hanwha


WASHINGTON -- On April 27, 2026, Hanwha Ocean announced that it will be collaborating with Leidos "to advance next-generation naval ship design, strengthen U.S. shipbuilding capacity, and pursue opportunities across global defense markets."

According to Hanwha, the partnership is intended to deliver scalable, production-ready solutions aligned with evolving U.S. Navy and allied needs. The two companies plan to focus on 1) adapting Hanwha ship designs for full alignment with U.S. Navy standards and requirements, 2) co-developing next-generation surface combatant concepts for U.S. and global markets, 3) establishing a resilient, distributed supply chain across U.S. and South Korean industrial bases, and 4) advancing ship designs optimized for rapid, efficient production and long-term sustainment.

 
RTX's depiction of the Next-Gen OPIR GEO satellite

RTX's depiction of the Next-Gen OPIR GEO satellite

Source: RTX


RTX DELIVERS SECOND NEXT-GEN MISSILE-WARNING SENSOR TO SPACE FORCE

Tuesday, April 28, 2026
RTX's depiction of the Next-Gen OPIR GEO satellite

RTX's depiction of the Next-Gen OPIR GEO satellite

Source: RTX


EL SEGUNDO, Calif. - RTX’s Raytheon has delivered a second missile-warning sensor to Lockheed Martin for integration into the U.S. Space Force’s Next-Generation Overhead Persistent Infrared (Next-Gen OPIR) GEO Block 0 program. This delivery supports the Space Force’s effort to modernize its space-based missile warning and tracking capabilities in response to evolving global threats. The new GEO satellites will provide continuous mid-latitude coverage and strengthen the overall missile-warning architecture alongside existing and planned constellations.

The Raytheon-built payloads use advanced optical designs and onboard algorithms to detect and track the heat signatures of missile launches, including hypersonic weapons. These sensors offer enhanced sensitivity, accuracy, and long-duration observation from geosynchronous orbit. Raytheon has produced payloads for two satellites, with the first already complete and ready to support initial launch capability.

 

NOTICE TO USERS

Warranty: Forecast International makes no guarantees as to the veracity or accuracy of the information provided. It warrants only that the information, which has been obtained from multiple sources, has been researched and screened to the best of the ability of our staff within the limited time constraints. Forecast International encourages all clients to use multiple sources of information and to conduct their own research on source data prior to making important decisions. All URLs listed were active as of the time the information was recorded. Some hyperlinks may have become inactive since the time of publication.

Technical Support: Phone (203)426-0800 e-mail support@forecastinternational.com

Subscription Information: Phone (203)426-0800 or (800)451-4975; FAX (203)426-0223 (USA) or e-mail sales@forecastinternational.com

Aerospace/Defense News Highlights is published by Forecast International, 75 Glen Rd, Suite 302 Sandy Hook, CT 06482 USA. Articles that list Forecast International as the source are Copyrighted © 2026. Reproduction in any form, or transmission by electronic or other means, is prohibited without prior approval from the publisher.

Forecast International welcomes comments and suggestions regarding its material.
Please send any feedback to: info@forecastinternational.com