Dassault Rafale - Updates and Discussion

Franco-American military relations are relatively good, thanks to joint action in Africa and shared views on the Middle East. However, the excellent relations between the two countries must be qualified by the fierce competition between them in the arms sales sector. This fact sheet highlights the unbalanced competition between the French Rafale and the American F35.

The background
The F35 (or Joint Strike Fighter), the fighter aircraft built by Lockheed Martin, may be criticised, but it is nonetheless a formidable opponent for the Rafale. By seducing European countries, it is a vector for the destruction of the European defence aeronautics industry and hampers the ability of countries that choose it to design their own aircraft and retain their strategic independence.

European countries that contribute to Eurofighter have already opted for the F35, thereby giving up on maintaining a national industry. For cost reasons, the Rafale and Grippen will be the last examples of combat aircraft developed by a single country outside the United States, China and Russia.

The export success of the Rafale is essential to maintain the industrial chain in a context of severe budget constraints and postponement of national orders, while waiting to develop a new aircraft.

On the export market, the Rafale is seen as a high-quality system that is independent of the United States: this position means that we can sell to countries that do not accept the intrusive logic of the United States.

To stand up to the American giants, the French offer must combine technological excellence and strategic partnership through technology transfers or the integration of companies from the buyer country into the Rafale consortium.

The players

There are three players. The export of military equipment requires a manufacturer and a government commitment. In some cases, military alliances and the organisations that embody them play a driving role.

The manufacturers


On the French side, the Rafale Economic Interest Group (EIG) is led by Dassault Aviation and includes equipment manufacturers Thales and Safran. Dassault Aviation oversees around 60% of the aircraft's value and Thales nearly a quarter of the Rafale, which it equips with radars, communications equipment and computers.

Safran, which supplies engines, equipment, navigation systems and weapons, depending on the version, estimates its turnover on each aircraft at around €20 million (the aircraft is worth just over €80 million each).

MBDA (a joint subsidiary of Airbus, BAE Systems and Leonardo) supplies the missiles for export.

500 companies are involved in the programme, forming a veritable aeronautical ecosystem that provides over 7,000 highly skilled jobs in France.
The entire programme is valued at €40 billion over around 40 years, including development, industrialisation, production of 286 aircraft and integrated logistics support. The French army has ordered 180 aircraft.

Export sales of the Rafale are essential to the overall economics of the project.

On the American side, the F35 is a project designed by the Pentagon and developed since 1996 by the manufacturer Lockheed Martin with Northrop Grumman and BAE Systems (an American-British company) as its main partners.

Some ten partner countries have contributed more than 400 billion dollars to the funding of the programme (research and development in particular). Industrial and technological compensation is limited.

The States

The Rafale's recent export successes can be credited to a "French team" led by the government, which provides strategic backing and a long-term partnership with customer countries.

The US federal government is the other major state player. It guarantees a special relationship with the world's leading power.

NATO

The Atlantic Alliance comprises an integrated military organisation (NATO) under American command. NATO places a premium on interoperability and technological advance. It is therefore a powerful lever for American military industries in member countries, with the purchase of American equipment implying tacit American benevolence.

The nature of the balance of power between the Rafale and the F35
A balance of power is a relationship of conflict between several parties who oppose their forces. In this case, the forces are economic and military. It is therefore unbalanced. The United States has a dominant position on the international stage, undisputed military power, assertive leadership within NATO and a technological lead in strategic sectors. American policy therefore consists of maintaining this hegemony and thwarting the desire for national independence within the countries that are members or partners of the Atlantic Alliance.

The aim of the United States is to maintain a relationship of dependence and subjection, which translates into the purchase of American equipment and the resulting protection afforded to allied or partner countries.

In the Rafale - F35 confrontation, the balance of potential is very clearly in favour of the United States, which has an advantage due to the depth of its domestic market and the large number of orders from allied and satellite countries.

The strategies implemented by the players

They are obviously opposed. The two aircraft are true weapons systems covering a wide range of capabilities (multi-role aircraft). The American strategy is based on a "marketing" argument and NATO leverage.

France is playing the card of an aircraft with operational experience, greater versatility and strategic autonomy.

The American strategy

The F35 was born out of the USAF's need for a 5th generation fighter to guarantee air superiority, particularly against Russian aircraft, and to give it a psychological advantage over the competition.

Modern fighter aircraft can be divided into 3 categories:
  • Generation 4 (entered service between 1970 and 1990), distinguished by the technical advances made in microprocessors, which have significantly enhanced avionics;
  • Generation 4+ (between 1990 and 2000), which includes the Rafale and is characterised by improvements in radar coverage and avionics;
  • Generation 5 (since 2000), that of the F35, which combines stealth and networking of the aircraft with other units.
The F35 is a technological leap forward compared with its predecessors. Stealth and interconnectivity should give it a decisive advantage, enabling it to be the first to enter non-permissive airspace.

However, this commercial gimmick needs to be qualified, as the F35 will need to be supported by F22 (5th generation) and 4th generation aircraft to compensate for its low payload capacity, reduced manoeuvrability and limitations in certain airborne missions (compared with the F22 or previous generation aircraft).

The aircraft is certainly remarkable, but not as accomplished and revolutionary as its designers would have us believe. What's more, it will have problems cohabiting with 4th generation aircraft in terms of interoperability and integration (or how its advantages become disadvantages).

The F35 also relies on NATO to establish itself on the export market. This leverage is twofold: firstly, the creation of an F35 club within the Alliance follows an exclusive logic. Other aircraft will find it difficult to interoperate with the F35. European countries that choose a weapon system other than the F35 could be sidelined and deprived of the ability to lead an air coalition.

Secondly, the F35 enables small countries to "buy" American protection, to take part in air operations with American support and thus to enhance their diplomatic profile. The F-35 is an outreach tool and the price to pay for participating in crisis resolution. The F35 can deliver nuclear weapons (the American B61 missile), enabling countries like Belgium to maintain a warning capability on European soil within the framework of NATO.

This is an undeniable asset and an opportunity to participate in nuclear deterrence. The Belgian specifications make no mention of this, but it is a decisive criterion for the Belgian authorities. Political ambition takes precedence over real military need.

The French strategy

It is above all pragmatic and is based on several arguments. First of all, the Rafale is a "combat proven" aircraft that has proven itself in operations in both its naval and air versions.

The deterioration in the global security environment is prompting some countries to make a choice that combines technological advance with cost control. The gradual entry into service of the F35 and its financial setbacks represent real opportunities for the French consortium.

France is much less intrusive and is proposing genuine strategic partnerships to buyer countries. The F35's technological leap is a hindrance because it increases our strategic dependence on the United States, which retains full control over the technology and therefore over the operational use of the aircraft.

The version offered for export is the F4 standard, which incorporates the latest technological developments and differs significantly from the version in service with the French Air Force. This is a strong commercial argument.

Brussels is also concerned about the United States' proselytising industrial policy and its desire to swallow up the European aeronautics industry. European defence therefore wants to invest in technologies that will enable a degree of strategic autonomy: while a European combat aircraft would probably be too strong a symbol at this stage, many of the technologies are general and transferable, which is of particular interest to the Commission.

The supplier's challenge: gaining the buyer's confidence


The volatility of the international security context is creating a demand for combat aircraft. Air weapons are strategic in modern conflicts. The Rafale is a credible alternative to the F35, as its operational successes demonstrate. The political upheavals in the United States are counter-productive and offer real opportunities for the French aircraft.

The pivot policy (refocusing American interests on the Pacific Rim) has made some of our European allies more aware of the need to promote alternative military and industrial solutions to American omnipotence.

The purchase of combat aircraft is a commitment for at least 30 years. So you need to have confidence in your supplier.

France offers in-depth partnerships to customers with industrial capacity or strategic relationships (as in the case of the Gulf States). Every euro invested in the defence sector generates the most spin-offs. The Rafale consortium enjoys an excellent reputation and could win new customers.

Paradoxically, the main threat to the Rafale is not the F35. Its cost and delivery delays, its questionable performance and the ultra-dependence it creates are real obstacles for purchasing countries.

The transfer of certain technologies (notably interconnectivity) to 4th generation American aircraft could undermine the Rafale's appeal. This retrofit is currently the main threat to the Rafale, which explains the direction taken by the F5 version of the Rafale.
 
Great news :
"This investment of more than 5 billion euros will benefit a large number of regions", declared the French Minister of the Armed Forces. This order will increase production capacity at industrial sites located throughout France, including Argenteuil, Argonay, Biarritz, Bourges, Brest, Brive, Cholet, Corbeil-Essonnes, Élancourt, Étrelles, Gennevilliers, Laval, Martignas-sur-Jalle, Mérignac, Poitiers, Seclin, Vendôme and Villaroche.

By successive standards, the Rafale is modernized and adapted to the changing needs of the armed forces and to new threats, with the aim of remaining at the highest technological and operational level.

"A decisive new step has been taken with the order for 42 Rafales for the French Air Force. This is excellent news for our sovereignty, our security and for our armed forces, who will benefit from additional Rafales with modernized operational capabilities", explained Sébastien Lecornu.

The aircraft in this 5th production tranche will be upgraded to the F4 standard, for which development was launched in 2018 and the first increment was qualified by the DGA in March 2023. This standard includes the integration of the Contact radio, the MICA NG missile (new generation) and the Brouilleur Autonome Numérique (BAN) integrated into the Rafale's SPECTRA self-protection system.

These fighters will also be designed to evolve towards the F5 standard in the 2030s.

A combat-proven, multi-purpose fighter, the Rafale is capable of all-weather ground attack, nuclear strike, air defense and air superiority, close-in fire support, reconnaissance, sea assault and the naval version offers in-flight refueling capability.
 
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Commande de 42 Rafale pour l’armée de l’Air et de l’Espace
Order for 42 Rafales for the French Air Force and Space Ministry
Management: Ministry of Defence / Published on: 12 January 2024

The French defense procurement agency (DGA) has awarded Dassault Aviation, Thales, Safran and MBDA the contract for the 5th production phase of the Rafale programme. The contract covers the production of 42 single-seat F4-standard aircraft for the French Air Force and the French Space Agency.

The Rafales will be fitted with the most modern equipment, giving the armed forces enhanced connectivity and self-protection capabilities. This order marks a new step towards collaborative and connected air combat.

"As the first major order financed by the LPM, it illustrates French industrial excellence and contributes to more than 7,000 jobs in over 400 companies, including many SMEs and ETIs in France."

"This investment of more than €5 billion will irrigate many territories," said the Minister of the Armed Forces. This order will increase the production workload at industrial sites located throughout France, including Argenteuil, Argonay, Biarritz, Bourges, Brest, Brive, Cholet, Corbeil-Essonnes, Élancourt, Étrelles, Gennevilliers, Laval, Martignas-sur-Jalle, Mérignac, Poitiers, Seclin, Vendôme and Villaroche.

By successive standards, the Rafale is modernised and adapted to the changing needs of the armed forces and to new threats, with the aim of remaining at the highest technological and operational level.

"A new decisive step has been taken with the order for 42 Rafales for the French Air Force. This is excellent news for our sovereignty, our security and for our armed forces, which will benefit from additional Rafales with modernised operational capabilities," explained Sébastien Lecornu.

The aircraft in this 5th production phase will be upgraded to the F4 standard, the development of which was launched in 2018 and the first increment of which was qualified by the DGA in March 2023. This standard includes the integration of the Contact radio, the new-generation MICA NG missile and the Digital Autonomous Scrambler (BAN) integrated into the Rafale's SPECTRA self-protection system.

These fighters will also be designed to evolve towards the F5 standard in the 2030s.

A combat-proven, multirole fighter, the Rafale is capable of all-weather ground attack, nuclear strike, air defence and air superiority, close fire support, reconnaissance and sea assault missions, and the naval version offers in-flight refuelling capability.
 
The first aircraft of the 5th tranche will be delivered in 2027.

The Rafales will be fitted with the most modern equipment, enabling armed forces to benefit from enhanced connectivity and self-protection capabilities. This order marks a new step towards collaborative and connected air combat.
 
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When BFM Business takes an interest in the Rafale's F4 standard.


The F4 standard:

While the entire AAE and MN fleet will be F4-standard, there will actually be 2 F4 "sub-standards": F4.1 and F4.2. The difference: F4.2 will have a communications server. F4.2 will be the real new "connected Rafale" standard. It will only apply to new aircraft. F3Rs will be retrofitted to F4.1 (due to hardware problems and the cost of retrofitting to F4.2). AAE and MN will therefore have 2 fleets: the "connected" Rafales (F4.2) and the others (F4.1).

The F4.1 standard:

- 3D localization: enables a Rafale patrol to passively localize any air or ground emissions using L16 passive triangulation.
- Third-party aircraft missile link (LAM): the leader fires a Meteor at a target; his team-mate 20 Nm behind takes control of the missile.
- Improved RBE2/EASA radar GMTI mode (ground moving target tracking) and SAR mode +.
- Scorpion helmet-mounted sight (finally)
- IR channel on OSF = passive alternative to RBE2 + detection of stealth targets (F35...).
- New instrument panel
- A2SM and 1000 kg GBU-24

The F4.2 standard: the real capability booster for collaborative combat. It will enable an F4 patrol, for example, to exchange images in discrete mode. In addition to F4.1:

- Digital Software Defined Radio (FO3D + L16)
- Multi-level security communication server (special FR, NATO...)
- IMMARSAT link
- OSF +/Talios +/Spectra +
- Autonomous digital jammer
- Active electronic decoys
- Landing aid (Rafale M)
- MICA NG
- 8 air-to-air missile configuration

Conclusion:

1/ The std F4 will be a better Rafale than the Rafale. Improvements requested by the forces in conjunction with the DGA and prime contractor Dassault Aviation.
2/ But not the latest version of the Rafale, because the std F5 is already pointing to its state-of-the-art radar: an essential standard for carrying the ASN4G hypersonic missile (Mach 5), which will replace the ASMPA (Mach 3) for airborne nuclear missions beyond 2035. Work on the F5 has already begun. After all, that's what the Rafale is all about: unlimited scalability. The new Rafales of 2035 will be able to fly until 2075. Put into perspective with the SCAF of 2040+...
3/ The Rafale's strength lies in the fact that, from the outset, the French armed forces (AAE and MN), DGA and industry have worked together in all phases of the program, and in particular for flight testing.
 
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Can you tell what is that : the result of the dedira program ?
I believe that DEDIRA is already integrated into F3R even if its effectiveness can be increased by improvements or technology. These jammers work in the same way as before, but the fact that they are digital shortens the processing loop, which makes them more responsive.
 
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Can you tell what is that : the result of the dedira program ?
The autonomous digital jammer is probably an extension of the use of DRFM (Digital Radio Frequency Memory): current and future threats are increasingly sophisticated, and aircraft have less time to defend themselves. The DRFM jammer captures and digitises the incoming radio frequency pulses transmitted by the threat. It stores them and retransmits a modified signal indicating a false target with different coordinates and a different signature.

But the DRFM improvements alone do not quite cover the autonomy referred to in the term "autonomous digital jammer". If we take the classic SPECTRA architecture as a starting point, we see that the detection and location functions are physically separate from the jamming functions.

Logically, increasing the jammer's autonomy involves integrating detection functions into the jammer to improve reaction time.

The physical integration of detection functions into jammers involves :
  • compacting the detectors, logically by digitisation, which must also provide the necessary sensitivity over the widest possible band (so as not to have to switch from instantaneous broadband detection to more sensitive narrowband super-heterodyne detection),
  • emitters are also compacted, a priori with GaN technology.
 
When BFM Business takes an interest in the Rafale's F4 standard.


The F4 standard:

While the entire AAE and MN fleet will be F4-standard, there will actually be 2 F4 "sub-standards": F4.1 and F4.2. The difference: F4.2 will have a communications server. F4.2 will be the real new "connected Rafale" standard. It will only apply to new aircraft. F3Rs will be retrofitted to F4.1 (due to hardware problems and the cost of retrofitting to F4.2). AAE and MN will therefore have 2 fleets: the "connected" Rafales (F4.2) and the others (F4.1).

The F4.1 standard:

- 3D localization: enables a Rafale patrol to passively localize any air or ground emissions using L16 passive triangulation.
- Third-party aircraft missile link (LAM): the leader fires a Meteor at a target; his team-mate 20 Nm behind takes control of the missile.
- Improved RBE2/EASA radar GMTI mode (ground moving target tracking) and SAR mode +.
- Scorpion helmet-mounted sight (finally)
- IR channel on OSF = passive alternative to RBE2 + detection of stealth targets (F35...).
- New instrument panel
- A2SM and 1000 kg GBU-24

The F4.2 standard: the real capability booster for collaborative combat. It will enable an F4 patrol, for example, to exchange images in discrete mode. In addition to F4.1:

- Digital Software Defined Radio (FO3D + L16)
- Multi-level security communication server (special FR, NATO...)
- IMMARSAT link
- OSF +/Talios +/Spectra +
- Autonomous digital jammer
- Active electronic decoys
- Landing aid (Rafale M)
- MICA NG
- 8 air-to-air missile configuration

Conclusion:

1/ The std F4 will be a better Rafale than the Rafale. Improvements requested by the forces in conjunction with the DGA and prime contractor Dassault Aviation.
2/ But not the latest version of the Rafale, because the std F5 is already pointing to its state-of-the-art radar: an essential standard for carrying the ASN4G hypersonic missile (Mach 5), which will replace the ASMPA (Mach 3) for airborne nuclear missions beyond 2035. Work on the F5 has already begun. After all, that's what the Rafale is all about: unlimited scalability. The new Rafales of 2035 will be able to fly until 2075. Put into perspective with the SCAF of 2040+...
3/ The Rafale's strength lies in the fact that, from the outset, the French armed forces (AAE and MN), DGA and industry have worked together in all phases of the program, and in particular for flight testing.
The description seems very approximate and even wrong from time to time: the division between F4.1 and F4.2 seems wrong to me and I think they interpreted the satellite link as IMMARSAT when it's actually SYRACUSE IV.
For example, CYBER is a function with a first stage in F4.1 and therefore the communication server must be installed from F4.1.
 
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Cyber capabilities should be in F3R too?
Cyber attacks were carried out against Su 30 mki in Assam. I believe ISE should have been asked for in Indian deal.

Somehow I believe capabilities of F3R ISE is formally announced now in F4.1.
 
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Given that deliveries are due to start in 2027, there's no longer any room for the Indian contract: Dassault will have to switch to rate 4 by month or open an assembly line in India.
In 2027 we will have production for the French, the UAE and Indonesia. In 2028 too, Indonesia will only stop production in 2029, but this was used to increase UAE production, which should still be substantial.
 
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The cost per flying hour for an aircraft essentially covers the sums spent on maintaining it. It may also include fuel consumption and the salaries of pilots and mechanics. Since calculation methods can vary from one country [or even institution] to another, comparisons between different types of military aircraft are not always relevant.

Nevertheless, in 2022, the Government Accountability Office [GAO, the financial control body of the US Congress] used the same criteria to determine the cost per flight hour for each aircraft in service with the US Air Force.

It determined that the cost was $83,000 for the F-22A Raptor, $41,000 for the F-35 and $22,000 for the A-10 Warthog... And that the top prize went to the B-1 Lancer bomber, at $169,000.

In 2014, in a new report on the maintenance of military equipment in operational condition [MCO], the Cour des Comptes (French National Audit Office) stated that the cost of scheduled equipment maintenance [EPM] per flight hour for the Rafale was €14,596 [and €8,802 for the Mirage 2000].

What is the current situation?

If we consider that the cost of maintenance has risen more or less in line with inflation in France, we have a cumulative inflator of 2,499 in 2014 and 2,799 in 2022, with inflation of 4.9% in 2023, bringing the inflator to 2,936. The cost per flight hour for the Rafale will therefore be

14596*2936/2499 = €17149 or
$18642.
 
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By seducing European countries, it is a vector for the destruction of the European defence aeronautics industry and hampers the ability of countries that choose it to design their own aircraft and retain their strategic independence.

Gotta dispute this. Yes, it creates competition in the domestic market, but it also enables Europe to look to and build relations with foreign markets, so it's not like Europe cannot afford fighter jets of its own. Hell, there will be at least 3 independent programs soon.

Furthermore, European countries choose American because France and Germany cannot provide the same level of security to weaker European powers than the Americans, so it's natural for them to choose an American jet that can seamlessly integrate with the Americans defense network that others can latch on to.
 
Given that deliveries are due to start in 2027, there's no longer any room for the Indian contract: Dassault will have to switch to rate 4 by month or open an assembly line in India.
In 2027 we will have production for the French, the UAE and Indonesia. In 2028 too, Indonesia will only stop production in 2029, but this was used to increase UAE production, which should still be substantial.

How do you think the deliveries will be spaced out? 26 Ms, then there's potential for more Qatari and Egyptian jets.

The Germans have lifted the Saudi block, so any potential changes for the Rafale there?

If the Saudi deal doesn't work out, then all upcoming orders can be made in India for the decade. Perhaps Dassault can convince the IAF to order 36 more jets in exchange for full production in India alongside the remaining export orders?
 
n2lb.jpg


The photo shows the new IRST and two new antennae:
  • The UHF antenna on the rear of the front wheel well has disappeared.
  • A new sabre-shaped antenna on the front of the front gear door (perhaps replacing the UHF antenna that has disappeared).
  • A hump-shaped antenna just in front of the front flap, where there's usually one of the radio probes. (After that, it may just be a new version of the radio sounder)

We know that there are a lot of connectivity upgrades on F4s, so that's probably got something to do with it.

Or maybe it's specific to this development aircraft.
 
The usefulness of UAVs for the SEAD/DEAD approach

The first problem is the electronic density in the vicinity of the IADS. The approach will be easier if remote sensors and actuators are used to map enemy assets, even in contested areas. Actuators will then be able to attempt to neutralise them synchronously while ensuring the group's self-protection.

RBE2 XG technology is extremely useful for this. GaN provides the necessary multi-function capabilities thanks to its extended bandwidth, which enables it to resist jamming by employing fast frequency hopping and to perform several tasks simultaneously, including high-speed and extremely directional data links. This technology also offers a level of miniaturisation that means it can be integrated into drones or missiles to form the network we have been talking about.

Finally, this technology is needed to enhance the Rafale's survivability capabilities. The software defined waveforms of opposing weapons systems have become much more complex and can no longer be as well documented as in the past. The solution is to have large on-board automatic processing capabilities and real-time sampling capabilities for all the frequency bands used, i.e. more than 30 Gz, which undoubtedly means switching SPECTRA's antennas to GaN technology and making its computer similar to that on the RBE2 XG so that it can process enemy waveforms.

The ultimate aim is for collaboration on the network of radars and electronic warfare systems to create a vast bubble of self-protection for the participants.
 
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TALIOS has two infrared modes: a MWIR mode capable of imaging certain thrusters at 200 km and a SWIR mode for imaging and characterising the profiles of aircraft, even stealth aircraft, or camouflaged vehicles.

The OSF has two components, the IRST for wide-field vision and the LRF for narrow-field vision. The IRST has a MWIR matrix with scanning modes similar to those of the TALIOS, while the LRF is designed to range over 100 km to be able to designate a target to the MICA Ng at this distance. The telemetry is used for tracking stealth targets and for identification.
 
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