(last part)
Collaborative combat
Very high-speed stealth data links
The prerequisite for collaborative combat is a new generation of very high-speed data links that will increase the number of connections between platforms and their sensors, enabling ISR, command and strike missions to be deployed without distance or reaction time. By multiplying the number of interconnected platforms, it is now possible to detect, track, target and neutralise a threat using platforms several hundred kilometres apart, in an ultra-secure way. Until now, within NATO, Link 16 has enabled air platforms to be interconnected, allowing commanders to monitor developments in the tactical situation in real time and crews on the same patrol to share the same information. However, as part of the American doctrine of "Mosaic Warfare" (2), which seeks to respond to the complexity of IADS networks, the choice has been made to set up local networks with much greater bandwidth, capable of sharing the gigantic flows created by the new generations of sensors, multiplying the number of players interacting by a factor of 100, but also preserving the confidentiality of certain exchanges. While the F-35 and B-21 share the MADL link, the F-22 and B-2 share the FIDL link. These are data links operating at higher frequencies, with greater bandwidth and, above all, a much more directional beam to avoid being intercepted and/or jammed. In this area, the Rafale F5 will have FOD3 and IVD4 (Inter Vehicule Data Link) links, which will put it on a par with the F-35 in the export market. But it should also have a SATCOM antenna with a diameter of just 20 cm, based on GaN modules and operating in Ka band (26.5-40 GHz), to benefit here too from increased directivity and throughput. According to Electropribort's latest annual report, the Russians do not yet have permanent solutions for jamming these frequencies, due to the technical difficulties encountered in developing the associated travelling wave tubes. Ultimately, the capabilities of this new SATCOM link should make it possible to integrate the space segment into collaborative combat. It is not just a question of connecting to the Syracuse 4 satellites, but also of being linked to the optical (CSO) or SIGINT (CÉRÈS) intelligence satellites, to reinforce the capabilities of a patrol, both in terms of surface area covered and real-time alerts. On this point too, we need to respond to Russia. With the arrival of its Gerakle ('Hercules') network of relay satellites, Russia will soon be able to send, in real time, the firing coordinates obtained by its SAR/SIGINT Liana constellation to land, air and naval platforms capable of firing the Iskander, Kinjal and Tsirkon hypersonic missiles.
Remote effectors
Two AEPs, Sésame and Carthage, have also structured the use of remote effectors, such as the Remote Carriers made by MBDA, which come in two different models. The RC 100 is 1.80 m long and weighs 120 kg. It is directly derived from the new Smart Glider weapon family. The RC 200 is more imposing at 2.80 m and 240 kg. Operating in packs, exchanging information to share roles, the role of these Remote Carriers is not just to enter a contested or totally scrambled space to overwhelm opposing defences with deception or strike tactics. They are also designed to use their optical sensors to detect hidden surveillance or tracking radars, and to use angular sensors to identify the characteristics of the enemy's sensors in order to optimise the RBE2-XG's electronic attacks. According to the animated film presented by the DGA at the recent Paris Air Show, the F5 could carry eight of these platforms.
A UCAV heir to the NEURON
But the big surprise came last June, when the government passed an amendment stipulating that the F5 standard would be supplemented by the development of an escort UAV based on the NEURON demonstrator (3). At the time, this UCAV demonstrator impressed the DGA with its performance. Developed by Dassault using its own funds from 1999 onwards, then financed by several European countries from 2006 onwards (Sweden, Italy, Spain, Switzerland, Greece), the NEURON carried out 123 test flights between 2012 and 2015. Then, a new campaign in 2018-19, designed to study its performance in terms of radar and infrared stealth, will pit it against the Spanish Eurofighter (4). Although the Adour MK 951 engine will have to be replaced to give it a range of over 100 nautical miles, its confirmed stealth qualities, its belly bay capable of carrying two 250 kg guided bombs and its general design give us a glimpse of some of its future missions. It is not known whether it will be capable of air-to-air missions. On the other hand, it is certain that its mission, while awaiting the SCAF, will be to penetrate interdiction bubbles, not to 'peel the onion' of air defences as the Remote Carriers will do, but rather to strike high value-added targets in depth, either by kinetic means or by electronic attack, capitalising on the effectors already produced for the F5. Depending on the source, between two and four UCAVs of this type could accompany each Rafale. Less costly to produce than a combat aircraft, it could rapidly increase an air force's capabilities tenfold, without risking the lives of its crews. This is a point on which the French offer should particularly stand out against the F-35, which will not have any wing UAVs to enable it to deal with Russian, Chinese or Iranian saturation capabilities. These missions are assigned to the B-2, B-21 and R.Q-180, which are by their very nature non-exportable (5).
At a time when several countries active in European defence are choosing to fall under the American umbrella by acquiring the F-35, in order to be able to deliver their tactical nuclear weapons, we can legitimately question the relevance of such a choice for 2030. After all, the Rafale F5 is resolutely a force multiplier in terms of its new kinetic and cognitive capabilities. These unprecedented competitive advantages on the export market should enable us to rapidly expand the Rafale customer club, which will be in a position, with new or upgraded aircraft, to upset the balance of power in the Eastern Mediterranean, Central Europe and South-East Asia. All the more so because, unlike its American rival, the Rafale is in no way an instrument of subjugation, but rather a tool of sovereignty, at the service of strategic autonomy and freedom of action. /deepl
notes:
(2) http://www.baesystems.com/en-us/definition/mosaic-warfare
(3) Loi No 2023-703 relative à la programmation militaire pour les années 2024 à 2030 et portant diverses dispositions intéressant la défense
(4) La furtivité du drone NEURON à l’essai avec des Eurofighters espagnols, Air&Cosmos, 4 janvier 2019
(5) Le RQ-180: tout voir pour tout savoir, Air&Cosmos, 22 décembre 2022
… et voilà.
Hmm. The patrol link is also part of F5 then. So only data link on F4.