One of the leading companies in the field of defense and security Saabdeveloped by announced that it has achieved a milestone achievement in the integration of artificial intelligence (AI) into the Gripen E fighter jet. The first three flights in which Helsing’s Artificial Intelligence (AI) system ‘Centaur’ was integrated into the Gripen E were successfully completed, marking a significant advance in military aviation. It was stated that this first flight, carried out within the scope of Saab’s ‘Project Beyond’ project, took place on May 28.
Centaur's Autonomous Combat Capability Tested
During test flights, the artificial intelligence system Centaur controls the plane In these critical tests, Gripen E, Successfully performed complex maneuvers autonomously in a beyond-visual-view (BVR) combat environment and even gave the pilot the order to fire. This is a significant development that demonstrates the ability of AI to make and execute decisions not only in navigation or simple tasks, but also in high-risk combat scenarios.
Forward-looking Statements from Saab
Making statements on the subject Peter Nilsson, Head of Advanced Programs at Saab“This achievement is of great significance to Saab and demonstrates the qualitative advantages of advanced technologies by enabling AI to operate in the air,” said Nilsson. “The rapid integration of Helsing’s AI in the Gripen E and successful flight tests exemplify the accelerated capability acquisition you can achieve from our fighter. As we continue to develop and improve how these and other AI systems can be used, we are excited to once again demonstrate how our fighters can outperform faster than the adversary can evolve.” This highlights Saab’s positioning of AI technology as an advantage against future threats.
Comparative Tests with Real Gripen D Aircraft
The third flight, on June 3, tested the performance of Centaur in more detail. In this flight, Centaur, The aircraft was pitted against a real Gripen D aircraft in a series of dynamic BVR scenarios with real-time data integration using sensor data to track target aircraft. The team tested Centaur’s adaptability by changing starting distances, speeds, headings, and even disabling command data to assess its robustness. Such realistic scenarios are vital for measuring the AI’s ability to adapt to dynamic and unpredictable combat conditions.
Next Steps and Continuous Development
Saab and Helsing's partnership Project Beyond The team was established using the Gripen E to explore how reliable AI could be used to counter future threats. The team will meticulously analyse data from completed flights and continue to train the AI system to further enhance its BVR capabilities. The team plans to conduct a series of flights throughout the rest of the year, continuing to push the boundaries of AI-enabled fighter technology. These efforts have the potential to significantly transform air forces’ future operational capabilities.
