Navigation may be becoming a strategic sovereignty technology.
As electronic warfare, signal jamming, and contested environments become more common, relying solely on GPS is becoming an increasing operational risk.
To address this challenge, Safran is investing ā¬120 million to expand its MontluƧon facility in France, significantly increasing production of Hemispherical Resonator Gyroscopes (HRGs) - a critical technology for resilient navigation when external signals are unavailable.
Key signals:
⢠HRG production capacity is expected to triple from 10,000 to 30,000 units annually by 2032
⢠The expansion includes 10,500 m² of new industrial space and 3,000 m² of cleanrooms
⢠HRGs enable precise navigation in GPS-denied environments across air, sea, space, and defense systems
⢠The project will create 500 new jobs and deploy next-generation manufacturing capabilities
Why this matters:
Navigation is no longer just an operational capability - it is increasingly a strategic asset.
As military and aerospace systems operate in more contested environments, the ability to maintain positioning without external signals is becoming essential for mission effectiveness, resilience, and technological sovereignty.
What's changing:
From GPS-dependent positioning ā to sovereign and resilient navigation systems
For decades, satellite-based navigation has been the foundation of modern positioning.
A new priority is emerging: ensuring systems can continue to operate when those signals are disrupted, denied, or unavailable altogether.
Could resilient navigation systems become as strategically important as communications networks and cybersecurity infrastructure in future defense operations?
#DefenseTechnology #Aerospace #NavigationSystems #InertialNavigation #MilitaryTechnology #SpaceTechnology #DefenseInnovation #AdvancedManufacturing #Engineering #InnoDexis