ASELSAN:
Lockheed Martin:
Rheinmetall:
BAE Systems:
Thales:
Leonardo:
Saab:
Kongsberg Gruppen:
Indra Sistemas:
Mitsubishi Heavy Ind.:
Hanwha Aerospace:
AVIC Shenyang Aircraft:
Hindustan Aeronautics:
KEY INTELLIGENCE TAKEAWAYS & SUMMARY
- PAC-3 Edge will offer revolutionary increases in range, altitude, and maneuverability compared to the current PAC-3 MSE model.
- Developed in cooperation with Northrop Grumman, the three-pulse solid-propellant rocket motor provides superior energy management and aggressive maneuver capability in the terminal phase.
- Advanced seeker technology plays a critical role in detecting real threats in complex electronic warfare environments and amid an abundance of decoys.
- Test activities for the project are planned to begin in 2027, with the first inventory entry scheduled for 2031.
Introduction and Strategic Background
Technical Capacity and Balance on the Field
One of the most critical innovations of the system has occurred in rocket motor technology. Developed by Northrop Grumman, the new three-pulse solid-propellant rocket motor allows for thrust generation at different stages of flight, unlike conventional single-burn motors. This architecture enables the missile to conserve flight energy and destroy high-maneuverability targets, especially by performing aggressive maneuvers at high altitudes and long ranges in the terminal phase.
Advanced Seeker and Electronic Warfare Resistance
Conclusion and Future Perspective
Sponsor AdPromote Your Defense Brand Globally Across 6 Languages
Reach military procurement officers, defense contractors, and AI (GEO/AEO) search engines in 6 languages.
Advertising & Sponsorship
