SAHA 2026 to Convene the Global Defence Ecosystem
SAHA 2026 brings global defence and aerospace leaders to Istanbul for partnerships, launches, panels and high-value meetings.
Rendering of the Glide Phase Interceptor in action. (Image: Raytheon)
Raytheon Missiles & Defense is poised to move on to the preliminary design phase of the Glide Phase Interceptor (GPI) programme in the US, after it successfully completed the Systems Requirements Review – Prototype for the Missile Defense Agency.
GPI is a counter-hypersonic missile programme designed to provide a regional layer of defence against glide-phase hypersonic threats that might target the US and its allies.
Raytheon noted in a 20 September statement that its reduced-risk design concept for GPI is based on the Standard Missile that already equips USN vessels armed with the Aegis system.
At the same time, GPI promotes ‘critical technologies needed in the hypersonic environment’, said Tay Fitzgerald, president of strategic missile defence at Raytheon Missiles & Defense.
SAHA 2026 brings global defence and aerospace leaders to Istanbul for partnerships, launches, panels and high-value meetings.
In a partnership with Emesent, Teledyne FLIR will equip its autonomous air, ground and detection systems with the Hovermap LiDAR payload in a move that highlights a broader market shift towards modular architectures, shared payloads and interoperability across platforms.
The Pentagon’s proposed budget for the next fiscal year includes an impressive increase in the procurement of interceptors, with the number of the US Army’s PAC-3 MSE rounds expanding by 683%, the US Navy’s Standard Missile by 365% and the MDA’s SM-3 IIA by more than 1,000%.
Global Military Products was selected by the US Army to operate the Quad Cities Cartridge Case Facility and ramp up the production of various calibre shell cases.
Future operational superiority will be defined by the ability to connect systems, data and personnel into a wider network. For armed forces, this creates the need for a digital backbone that integrates and enhances sensors and effectors of all kinds.
Estonian-made equipment is being put through the toughest of evaluations in the hands of Ukrainian soldiers resisting the full-scale Russian invasion which began in 2022. The country has long seen the threat and is continuing to adapt for the future.