Saab is set to enhance its Gripen E combat aircraft with a new artificial intelligence (AI) aid for beyond-visual-range air combat. This AI, developed with Helsing, has been trained using an incredible 1.2 million flight hours of data. It will learn about the Gripen’s performance and adapt its skills accordingly. The AI aims to assist pilots by improving missile engagement strategies, potentially increasing hit probabilities. Saab is also working on future combat systems and has introduced an uncrewed aircraft demonstrator named Ruby, showcasing advanced production methods and innovative technology. These developments solidify Saab’s commitment to integrating AI into modern defense capabilities.
Saab Embraces AI for Gripen E Combat Aircraft Enhancement
LONDON – Saab is taking significant steps to enhance its Gripen E combat aircraft by integrating a new artificial intelligence (AI) aid. This sophisticated AI system, developed in collaboration with the European firm Helsing, is designed to assist pilots during beyond-visual-range (BVR) air-to-air combat, marking a pivotal shift in military aviation.
Peter Nilsson, Saab’s head of advanced programs, revealed at the Royal United Services Institute (RUSI) Combat Air Power Conference that the AI has undergone extensive training. It has been educated through the equivalent of 1.2 million flight hours of BVR combat practice, equating to about 140 years of human pilot training. This training ensures that the AI is well-prepared to adapt to the specific characteristics and capabilities of the Gripen E.
While Nilsson did not elaborate on the exact ways the AI will assist pilots, it is believed that the system could enhance missile engagement strategies. Reports suggest that it might provide recommendations on maneuvers—such as the “crank” technique—after launching a missile, thus increasing the chances of successful hits. This AI system is an addition to existing pilot aids that enable better human-machine collaboration.
Saab holds a 5% stake in Helsing, which has been active in numerous defense projects across Europe. Their collaboration includes contributions to the German Air Force’s Eurofighter program and ongoing efforts to develop autonomous air combat capabilities.
The integration of AI aligns with Saab’s broader goals of creating software-defined products that are scalable and modular. Nilsson emphasized the transformative power of AI, likening it to the splitting of the atom in terms of its potential impact.
In addition to AI developments, Saab is involved in the Swedish government’s Future Combat System initiative, a program aimed at determining the future of the Gripen fleet. The initiative will guide decisions on whether to develop a new platform domestically or pursue international partnerships.
Furthermore, Saab is advancing another project with an uncrewed aircraft, previously referred to as Ruby. This aircraft, showcased during the conference, incorporates advanced production methods, including additive manufacturing techniques. It aims to test new technologies using affordable avionics inspired by cell phone components.
As Saab continues to innovate, the partnership with Helsing and the progress on new aircraft demonstrate a commitment to staying ahead in the evolving landscape of military aviation.
Keywords: Gripen E, artificial intelligence, Saab, BVR combat, Helsing
Secondary Keywords: military aviation, autonomous systems, combat aircraft
What is an AI agent for Gripen pilots in BVR combat?
An AI agent for Gripen pilots is a smart tool that helps pilots during Beyond Visual Range (BVR) combat. It provides real-time data, strategies, and support to improve decision-making in complex situations.
How does the AI agent help in BVR combat?
The AI agent assists by analyzing sensor data, predicting enemy actions, and suggesting optimal strategies. It helps pilots detect threats early and choose the best response based on the current situation.
Can the AI agent operate independently?
No, the AI agent is designed to assist pilots, not act alone. It provides recommendations and information, but the final decisions are always up to the pilot.
Is the AI agent easy to use during combat?
Yes, the AI agent is built to be user-friendly. Pilots can easily interact with it, getting quick insights and advice without overwhelming them during high-stress situations.
What training do pilots need to use the AI agent?
Pilots need specific training to understand how to use the AI agent effectively. This includes familiarization with its features and practicing in simulations to build confidence in using the technology during actual combat.