Mastering action in decisive moments
Armed forces are currently being reinforced everywhere in the world. In order to guarantee their sovereignty against any eventuality, countries wish to reinforce their air superiority by acquiring new resources, particularly by ensuring the availability of combat equipment able to accomplish several missions in the course of the same sortie. These missions are: air defence, reconnaissance, precision attacks on ground targets and the detection and tracking of targets at sea.
The
Dassault Aviation Rafale meets these requirements and cover all these missions, particularly thanks to Thales electronics, which approximately accounts for 25% of the value of the platform.
Numerous batches of Rafale fighters have been ordered to Dassault Aviation by the French Armed Forces, covering a total of 234 aircraft for the French Air and Space Force and for the French Navy.
Several orders have also been signed with:
• Egypt, for a total of 55 Rafales
• India, for 36 Rafales
• Qatar, for 36 Rafales
• Greece, for 12 ex-French aircraft and 12 new-built Rafales
• Croatia, for 12 ex-French Rafales
• the United Arab Emirates, for 80 Standard F4 Rafales
• Indonesia, for 42 Rafales
• Serbia, for 12 Rafales
Thales supplies ultra-effective sensors: the fire control radar, named
AESA RBE2, the self-protection system,
SPECTRA, the electro-optic system,
FSO, the targeting pod
TALIOS and the reconnaissance system,
AREOS. In parallel, Thales procures communications, navigation, identification and cockpit equipment, not forgetting missile seekers. Training, Simulation, support and services are also proposed.
All Thales equipment on board the
Rafale aircraft contributes to the performance recorded in theatres of operation, particularly thanks to sensors, where the data is merged within the modular data processing unit,
MDPU. This
multi-sensor data fusion is a decisive factor, ensuring the
Rafale stands out. This outcome was jointly achieved by Thales and Dassault Aviation and creates a link between the overall battle field surrounding the aircraft and the pilot's brain, with its unique ability to understand the implications of a tactical situation and take the best possible decision. Thanks to the system's computing power, the data fusion incorporates data from the
AESA RBE2 electronic scanned array radar, the
SPECTRA electronic warfare system, the
FSO (Front Sector Optronics) system,
IFF (Identification Friend or Foe) and datalinks.
By allowing the pilot to become a real tactical decision-maker rather than simply an analyst of sensors, and by equipping the
Rafale with state-of-the-art equipment, Thales, along with Dassault Aviation, contributes to the
air superiority of Air Forces in all decisive moments.
© Thales
AESA RBE2 Radar
Equipped with the
AESA RBE2 (Active Electronically Scanned Array Radar), the
Rafale benefits from an
electronic scanned array and an
active antenna, keys to the aircraft performance. This radar is the first in Europe to be operationaland have demonstrated very high proficiency in several theatres.
This radar offers multiple benefits:
- its range has been increased by more than 50% compared with fire control radars from previous generations, ensuring compatibility with weapons such as Meteor;
- the increased reliability of the active antenna modules reduces the owning cost of the radar;
- the agile wave forms can be used to obtain very high resolution synthetic aperture images (SAR) in air-to-ground mode and to increase resistance to radar jamming. In addition, the agility of the radar brings a greater robustness and allows the pilot to deal with much more complex situations compared with a conventional radar. The pilot can therefore carry out an air / air mission and an air / ground mission simultaneously. He can instantly switch from exploring airspace to illuminating a ground scene, such as performing a ground strike mission. This reinforces the omnirole capacity of the Rafale, which can carry out all kinds of missions simultaneously and offers the pilot a gain in performance.
SPECTRA Electronic warfare systems
The
SPECTRA(Self-Protection Equipment Countering Threats to Rafale Aircraft) electronic warfare system is totally integrated in the
Rafale and boosts survivability in the context of
air-to-air and air-to-ground threats.
The
SPECTRA equips the
Rafale with a
360° multi-spectral warning system against enemy radars, missiles and lasers. The
SPECTRA can detect threats over a long range and identify and locate these threats, allowing the pilot and the system to immediately react in the most suitable manner: electromagnetic jamming, infrared decoys, manoeuvres and combined actions.
In addition, thanks to the angular precision of its locating features,
SPECTRA can be used to accurately
locate threats on the ground in view of avoidance and targeting.
Thanks to precise and long-range detection and location capacities for
airborne targets, the system can also help to prepare an early tactical situation awareness based on a library of embedded threats, defined by users.
This library is a key component of the system's performance. The protection provided on board the
Rafale can thus be constantly improved, with absolute fluidity, according to the progress and evolution of operations.
© Thales - Temps Présent
Front Sector Optronics (FSO)
The
Front Sector Optronics(FSO) is integrated in the air frame just like
AESA RBE2 and
SPECTRA, and can
discretely detect and identify airborne,
naval and land targets over a long range, with high resolution angular targeting and laser telemetrics.
This sensor operates at optical wavelengths and is
invulnerable to radar jamming.
FSO helps to effectively appraise the tactical situation and reinforces the aircraft's ability to operate in difficult environments.
The laser systems used to measure the distance to the target guarantee
high precision 3D location for the
FSO. Its visible spectrum options are particularly useful with its narrow field to identify possible targets in situations where visual contact is necessary according to combat rules, or with warnings requiring a rapid response.
© Thales
TALIOS targeting pod
The
TALIOS(Targeting Long-range Identification Optronic System) pod is equipped with
top-down and bottom-up datalinks, and covers the entire range of missions, from intelligence to acquiring and pursuing targets. The pod is able to scan a large area,
identify targets and immediately switch to acquisition and pursuit mode for these targets.
Its high resolution and ability to see the colour situation simplifies the tasks of crew. Thales has also developed the "Permanent Vision" mode to assist pilots. This mode can be used to incorporate the image entered by
TALIOS in a 3D map. The crew can therefore accurately locate the area filmed by the pod. Several visual indicators provide complementary real-time information on the tactical situation.
© Thales
AREOS airborne observation and reconnaissance system
The
AREOS(Airborne REcce Observation System), known as
Reco NG in France, is designed to meet all operational requirements on board the
Rafale, based on miscellaneous scenarios and possible weather conditions. This pod integrates new-generation digital technology in terms of both the selected sensor and detection solutions and real-time/deferred transmission capabilities.
AREOS can
reduce cycle times for detection, decision and action, ensuring a faster response to changing mission requirements. Thanks to its automatic collection modes for operational images,
AREOS can be simply integrated in the
Rafale.
© Thales
Communications, Navigation, Identification (CNI)
The full
CNI suite includes voice communications, tactical datalinks, en route navigation and landing systems
(Radalt, TACAN &
MMR), and
IFF identification functions (friend/foe). Digital receivers/transmitters allow the aircraft to manage secure and non-secure voice modes, datalinks and image transmissions for
air-to-air and
air-to-ground communications in the VHF and UHF bandwidths.
Tactical datalinks
Tactical datalinks offer a
secure datalink, with an
appraisal of the tactical situation, for command and control, electronic warfare, commands and reports, flight information and aircraft-to-aircraft data. In addition to the key contributors in combined air operations, this data is used with friendly aircraft in the context of training, with air and land command and control centres, forward air controllers, etc.
Combined IFF interrogator Transponders
The
IFF Thales BlueGate TSB 2500 is a combined interrogator transponder, which fully satisfies
civilian mode requirements. They include modes S, NATO with modes 4/5 and/or
secure national modes (NSM). Furthermore, the
Rafale is equipped with an E-Scan version including an
Antenna Control Unit (ACU), which can be used to direct the antenna electronically.
© Thales
MDPU
In essence, the “multi-sensor data fusion” concept implemented into the
Rafale allows the pilot to act as a true “tactical decision maker”, rather than being only a sensor operator.
Designed and integrated by Dassault aviation, and developed and produced by Thales, the Rafale modular computer MDPU (“
Modular Data Processing Unit”) accomplishes this data fusion.
Implementation of the “
multi-sensor data fusion” into the
Rafale translates into accurate, reliable and strong tracks, uncluttered displays, reduced pilot workload, quicker pilot response, and eventually into increased situational awareness.
It is a full automated process carried out in three steps:
- Establishing consolidated track files and refining primary information provided by the sensors,
- Overcoming individual sensor limitations related to wavelength / frequency, field of regard, angular and distance resolution, etc, by sharing track information received from all the sensors, assessing the confidence level of consolidated tracks, suppressing redundant track symbols and decluttering the displays
It hinges on the computing power of the
MDPU to process data from the
RBE2-AESA radar, the
“Front Sector Optronic” (FSO) system, the
SPECTRA EW system, the
IFF, the
MICA infrared seekers, and the data link.
The
MDPU is the cornerstone of the upgradeability of the
Rafale. It allows a seamless integration of new weapons and new capabilities to maintain the warfighting relevance of the Rafale over the years as tactical requirements evolve, and as the computer industry keeps rolling out new generations of processors and software.
© Thales
Advanced Man Machine Interface (MMI)
Thales’ powerful visualisation tools provide instant situational awareness for the pilot and support well-informed tactical decisions. The
MMI solution includes a combined head-up/head level display and lateral displays.
Training and Simulation
Thales, Sogitec and Dassault Aviation have jointly developed four training centres in France for the purposes of training Rafale pilots. The
French Air Force operates simulation centres in Saint-Dizier and Mont-de-Marsan for flight training on this aircraft. The third Rafale simulation centre dedicated to the Aéronavale is located at the Landivisiau base. The fourth, smaller centre is located on the
aircraft carrier Charles De Gaulle. The first three simulation centres have the capacity to function as a network in order to complete all joint training procedures. The simulator cockpits recreate a realistic environment for Rafale pilots, who can fly individual or collective missions in a complex tactical environment, including air combat, using the Datalink 16, ground attacks, in-flight refuelling, take-offs and landings from aircraft carriers, all in consideration of weather conditions. These training and simulation solutions are adaptable for export.
© Alex Paringaux
Service and Support
Support and service dedicated to the Rafale are available in different configurations, reducing life cycle costs, ensuring the operational performance of each on-board system and raising operational readiness. This innovative way of managing in-service support, called “
Performance Based Logistics”, is based on guaranteed availability of equipment from the industry.
In France, in order to improve efficiency, the support and service of several suppliers are brought together in a global contract called
RAVEL.
Thales also proposes these various support and service configurations to
Rafale export markets.