Leidos Delivers First Enduring Shield Launchers

The first Enduring Shield ground-based, mobile systems have been delivered, only days after the company announced the successful Risk Reduction Flight Demonstration of the system By Abi Wylie / 02 Jan 2024

Discover Leading Defense Technology Solutions

Discover cutting-edge solutions from leading global suppliers
SUPPLIER SPOTLIGHT
Leidos Delivers First Enduring Shield Launchers
Follow DA

Leidos, a FORTUNE® 500 science and technology innovator, has delivered the first Enduring Shield launchers.

The Enduring Shield program supports the U.S. Army’s Indirect Fire Protection Capability Increment 2 (IFPC Inc 2) program, which is a critical part of the Department of Defense’s layered defense strategy.

Enduring Shield is a ground-based, mobile system that aims to combat cruise missiles and unmanned aircraft systems. The system is a key part of the solution to protect and defend critical civilian and military infrastructure.

It also bridges the gap between tactical short range air defense and strategic systems. Enduring Shield is able to integrate with the Integrated Air and Missile Defense Battle Command System (IBCS), which was successfully demonstrated in summer 2023. 

All units being provided by Leidos are fieldable prototypes, which means if the need arises, the systems can be deployed.

Leidos’ Dynetics team was selected as the primary contractor to develop the Enduring Shield system as part of the Army’s IFPC Inc 2 program in September 2021. The original delivery date for the launchers was scheduled for March 2023, but supply chain issues and technical challenges led to a delay in physical delivery. 

However, Leidos and the Army worked closely together to integrate and test different facets of the program to mitigate any potential negative impacts to the system production and fielding target timelines.

Prior to the delivery, Leidos announced the successful Risk Reduction Flight Demonstration (RRFD) of its Enduring Shield Weapon System. 

The RRFD demonstrated the ability of Enduring Shield to launch a test AIM-9X interceptor from a simulated Integrated Battle Command System (IBCS) interface. The event validated the end-to-end launch functionality of the weapon system, including sending the AIM-9X interceptor to a designated target location.

The Army will begin its Developmental Test program in 2024 for the prototype launchers as part of the next phase for the Department of Defense’s layered defense strategy. Leidos is making preparations at its Chase facility for the next order of launchers, which is expected in 2025.

Leidos celebrated the event with Huntsville-based employees via a large gathering at its Chase facility, where speeches were given by managers and partners of the program and prototypes were available to view.

Larry Barisciano, Leidos Weapon Systems Operations Manager, said; ā€œWe know how vital Enduring Shield is to our Army customer, our warfighters and our nation. Delivering these units today means so much to our team. We are proud to have reached this point and are excited for the testing and fielding milestones to come.ā€

Steve Cook, Leidos Dynetics President, added; ā€œThis milestone by the Enduring Shield team is a prime example of how Leidos Dynetics is working to build critical weapons systems for our warfighters right here in North Alabama.ā€

Posted by Abi Wylie Edited by Abigail Wylie, Editor and Copywriter experienced in digital media with a keen interest in ocean science technology. Connect & Contact

Latest Articles

MKS Instruments Unveils OphirĀ® SupIR 10-135mm f/1.8 Continuous Zoom MWIR Lens

MKS Instruments has introduced a motorized MWIR lens with 14x zoom, enabling high-resolution thermal imaging and long-range target detection in defense and security applications

Apr 22, 2025
GuideNav Highlights the Role of IMUs for Loitering Systems

GuideNav outlines how inertial measurement units support navigation and targeting in loitering munitions, with attention to key performance metrics and mission-specific requirements

Apr 22, 2025
Software Solutions for Drones in Defense & Security

Defense Advancement highlights Tilak's innovative software solutions designed for the defense and security sectors, with a focus on drone and robotics applications

Apr 22, 2025
Advancing Maritime Autonomy with Scalable Uncrewed Integration

Textron Systems aims to lead the future of maritime autonomy with advanced uncrewed integration, looking into their TSUNAMIā„¢ family of autonomous maritime surface vessels

Apr 22, 2025
Quadratix: Unified Software Ecosystem from General Atomics

Quadratix, a General Atomics vertically integrated software enterprise, aims to deliver agile, interoperable solutions that bridge air, land, sea, cyber, and space operations

Apr 17, 2025
OphirĀ® FoldIR Lens Enhances Long-Range Imaging for Defense & Security Operations

The new OphirĀ® FoldIR 25-275mm MWIR zoom lens delivers compact, long-range imaging with low-SWaP performance for drones and small gimbal platforms

Apr 17, 2025

Featured Content

OphirĀ® FoldIR Lens Enhances Long-Range Imaging for Defense & Security Operations

The new OphirĀ® FoldIR 25-275mm MWIR zoom lens delivers compact, long-range imaging with low-SWaP performance for drones and small gimbal platforms

Apr 17, 2025
Textron Systems to Support Software & Payload Development for Navy’s MCM USV

Textron Systems is set to support the software development and payload integration for the Navy’s Mine Countermeasures (MCM) Unmanned Surface Vehicle (USV), focusing on future mission capabilities and advanced system integration

Apr 14, 2025
Triad RF Systems Supplies Bi-Directional Amplifiers to Boost Naval Communications

Taiwan has received dual-channel bi-directional amplifiers (BDAs) from Triad RF Systems, strengthening real-time data transmission and ISR functionality in unmanned naval platforms

Apr 11, 2025
Advancing Defense Capability Through Strategic Collaboration Defense Advancement works with major OEMs to foster collaboration and increase engagement with SMEs, to accelerate innovation and drive defense capabilities forward.