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What happens if a fighter jet is designed to carry a nuclear missile flying at speeds over Mach 5? France is developing the Rafale F5 fighter jet along with the next-generation ASN 4G hypersonic missile to modernize its nuclear deterrent air force. But why is this combination so important? Stay with us to find out. The Rafale is already one of Europe's most versatile combat aircraft. This twin-engine fighter, developed by Dassault Aviation, performs air superiority, interception, reconnaissance, and ground strike missions. It is also based on a French aircraft carrier. But the F5 standard is a much deeper upgrade than previous updates. France plans to improve the radar, electronic warfare systems, sensors, and
communications, which will allow the aircraft to operate more effectively in conditions of powerful air defense. According to the French Defense Procurement Agency, the F5 standard is expected to be certified by around 2033. Its development aims to strengthen both the country's conventional combat capabilities and its nuclear deterrent air force. At the heart of this modernization is the ASN 4G missile, which stands for Air-Sol Nucléaire de 4e Génération. It is designed to replace the current French nuclear missile ASMPA-R. The French Ministry of the Armed Forces says that the ASN 4G will exceed Mach 5 and have maneuvering capabilities. This combination of extreme speed and maneuverability should make it difficult
for modern air defense networks to intercept. On June 6, 2024, the French Defense Procurement Agency awarded a contract to MBDA to develop this missile. Its commissioning is planned for approximately 2035. However, important technical details , including the final engine architecture and independently verified specifications, remain unknown. So, while the hypersonic target has been confirmed, its real capabilities have not yet been publicly demonstrated. But the rocket is only part of the big picture. The F5 is also being developed for joint combat, including operations with the future stealth combat drone. This unmanned aerial vehicle is designed to support missions such as reconnaissance, aerial combat, and
operations against enemy air defense systems. Combined with improved sensors and communications, this could give the Rafale more capabilities during operations in contested airspace. France is also preparing a more powerful engine based on the T-Rex concept in parallel with improving the aircraft's offensive capabilities. Ultimately, the Rafale F5 and ASN 4G are part of France's efforts to maintain an independent airborne nuclear deterrent. The missile is to replace the ASMPA-R , while the modernized fighter will become the platform for its delivery. However, both programs still require years of development, integration, and testing. The F5 standard is expected to be ready around 2033, and ASN 4G will enter
service around 2035. The real significance lies not simply in a missile flying at Mach 5, but in how France is preparing its nuclear forces for next-generation air defense threats. Will this combination make France's nuclear deterrent air force effective for decades to come? That's all for today. Thank you for watching.
