Mentioned:LMT Lockheed Martin
Lockheed Martin, working with the U.S. Army, demonstrated in-flight retargeting of a GMLRS missile at White Sands Missile Range in New Mexico, successfully striking a moving target by transmitting updated coordinates during flight.
What's happening
- GMLRS missile launched from M142 HIMARS launcher received updated target data via Strigo data link and RIG-360 system mid-flight, then adjusted guidance to destroy moving target.
- Technology integrates existing reconnaissance assets, launchers and target-acquisition systems into single network without fundamental GMLRS redesign.
- Lockheed Martin funded the systems integration at its own expense as part of internal development efforts.
- Capability can be adapted for ER GMLRS long-range rockets and Precision Strike Missiles (PrSM).
Why it matters
- Moving-target engagement capability extends GMLRS operational flexibility against dynamic battlefield threats, increasing tactical value of existing HIMARS inventory.
- Integration approach reduces production risk by avoiding fundamental missile redesign, enabling faster fielding and lower development costs.
- Technology foundation supports PrSM Increment 2 guidance system already ordered by U.S. Army, creating dual-use benefit across multiple munitions platforms.
- Retargeting capability addresses operational gap in current guided-munitions portfolio against time-sensitive, mobile targets.
Going deeper
- Lockheed Martin initiated retargeting research by 2023, first demonstrating coordinate transmission to experimental GMLRS channel using RIG-360 system.
- August 2026 unveiling of Strigo family technologies included radio-frequency sensors, data links and guidance heads for multiple missile types.
- September 2026 U.S. Army order for PrSM Increment 2 missiles valued at 1.2 billion dollars incorporated Strigo-based guidance for ground and sea targets.
Financial impact
- In-flight retargeting integration demonstrates capability to expand revenue across GMLRS sustainment and derivative programs without major redesign costs, benefiting income statement margins.
- PrSM Increment 2 order of 1.2 billion dollars in September 2026 incorporates Strigo technology, creating revenue recognition opportunity in future fiscal periods.
- Self-funded integration reduces near-term R&D expense but positions Lockheed Martin for follow-on production contracts as capability matures.
The fine print
- Test occurred at single instance against single moving target; scaled operational performance and reliability across extended production runs not yet disclosed.
- Integration approach uses existing missile platform without fundamental redesign, but full integration costs and timeline for fielded systems remain undisclosed.
- Adaptation pathway for ER GMLRS and PrSM announced but no contract awards or development timelines confirmed for those platforms.
Source: militarnyi.com · Oct 29, 2026 · Drafted with Claude, reviewed by Industrial Base Alpha.
