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Rafale F5 Fighter



Defense Systems Full Specifications
General Information
| Name | Dassault Rafale F5 |
| Manufacturer | Dassault Aviation |
| Country of Origin | France |
| Type / Role | Multirole combat fighter |
| Generation | 4.5th |
| Status | In development |
| First Flight | Not yet flown in confirmed operational F5 configuration |
| Introduction / In Service Since | Planned entry into service after qualification around 2033 |
| Number Built | No F5 aircraft confirmed as built; Rafale family production is ongoing |
| Operators | Planned French Air and Space Force and French Navy; export availability subject to program decisions |
Dimensions & Structure
| Length | Approximately 15.3 m |
| Wingspan | Approximately 10.9 m |
| Height | Approximately 5.3 m |
| Wing Area | Approximately 45.7 m² |
| Empty Weight | Approximately 10,300 kg, variant dependent |
| Maximum Takeoff Weight (MTOW) | Approximately 24,500 kg |
| Internal Weapons Bay | No |
| External Hardpoints | 14 on Rafale B/C, 13 on Rafale M |
Performance
| Maximum Speed | Approximately Mach 1.8, existing Rafale baseline |
| Range | Approximately 3,700 km ferry range, configuration dependent |
| Combat Radius | Mission dependent; no confirmed F5-specific figure |
| Service Ceiling | Approximately 15,240 m |
| Rate of Climb | No confirmed F5-specific figure |
| Thrust-to-Weight Ratio | Configuration dependent; no confirmed F5 figure |
| G Limits | Commonly cited at +9 g, subject to flight conditions and configuration |
Powerplant
| Engine Type | Two Safran M88 turbofan engines; planned M88 T-REX upgrade |
| No. of Engines | 2 |
| Thrust (each) | Existing M88-2: approximately 75 kN with afterburner; planned T-REX target approximately 90 kN |
| Thrust Vectoring | No publicly confirmed F5 thrust-vectoring system |
| Fuel Capacity | Exact F5 capacity not disclosed; existing Rafale capacity varies with configuration and external tanks |
Armament
| Gun | GIAT 30M791 30 mm cannon on applicable variants |
| Missiles (Air-to-Air) | MICA, Meteor; future integrations subject to confirmation |
| Missiles (Air-to-Ground) | SCALP-EG; other weapons subject to configuration |
| Bombs | AASM precision-guided weapons and compatible guided bombs |
| Hardpoints | 14 on Rafale B/C; 13 on Rafale M |
| Payload Capacity | Approximately 9,500 kg for the existing Rafale family; final F5 figure unconfirmed |
Avionics & Systems
| Radar | Planned Thales RBE2-XG AESA radar |
| Radar Range | Not publicly disclosed |
| Electronic Warfare (EW) System | Planned SPECTRA F5 suite |
| Targeting System | Existing Rafale targeting systems, with F5 upgrades to be confirmed |
| Helmet Display | Helmet-mounted display configuration for F5 not fully disclosed |
| Navigation | Planned high-accuracy inertial navigation system |
| Autopilot / AI Assistance | Enhanced computing and AI-supported sensor processing planned; autonomous combat decision-making not established |
| Communication | Planned Inter-Vehicle Data Link for improved aircraft connectivity |
Stealth & Technology
| Radar Cross Section (RCS) | Exact value classified or not publicly disclosed |
| Stealth Features | Reduced-observability design measures; no confirmed all-aspect stealth classification |
| Infrared Signature Reduction | No complete F5-specific details publicly disclosed |
| Sensor Fusion | Planned improvements to sensor integration and cooperative processing |
| Networking Capabilities | Planned IVDL and enhanced collaborative combat capabilities |
Variants
| Special Export Versions | Rafale F4 |
Operational History
| Major Conflicts / Deployments | No independent operational history for the F5 configuration |
| Notable Operators | France is the principal planned operator |
| Combat Proven? | The existing Rafale family is combat proven; the F5 standard is not |
| Mission Types | Planned air superiority, air defense, precision strike, reconnaissance, suppression of enemy air defenses, maritime strike, and nuclear deterrence |
Cost & Program
| Unit Cost | No confirmed standalone F5 unit price |
| Development Cost | Estimates vary by program scope and funding arrangements |
| Program Name | Rafale F5 standard |
| Funding Countries | France; potential or agreed international cooperation is subject to the final arrangements |
Additional Information
| Upgrades Planned | RBE2-XG radar, SPECTRA F5, M88 T-REX engine, improved communications, and future weapons |
| Future Replacement | France is also preparing technologies for a future combat aircraft, although its final program structure remains subject to change |
| Export Restrictions | Subject to French export authorization and applicable international agreements |
| Notable Achievements | Planned integration of advanced electronic warfare, collaborative combat capabilities, and future nuclear deterrence weapons |
| Competitors | F-35A, Eurofighter Typhoon, Gripen E, and other advanced multirole fighters |
PROS
- Multirole capability: Builds on the Rafale's established air-to-air, air-to-ground, reconnaissance, and maritime strike roles.
- Improved radar: The planned RBE2-XG radar is intended to increase detection performance and improve target identification.
- Advanced electronic warfare: The SPECTRA F5 upgrade is designed to improve threat detection, jamming, and survivability.
- Drone teaming: Planned collaboration with uncrewed aircraft could extend sensing and mission capabilities.
- Nuclear deterrence: Planned compatibility with France's future ASN4G nuclear missile supports the country's airborne deterrent.
CONS
- Development delays: The aircraft's capabilities and entry into service depend on a development program that remains underway.
- High program costs: Advanced sensors, propulsion improvements, weapons, and software development will require substantial investment.
- No full stealth design: The Rafale's conventional airframe does not provide the all-aspect low-observable design associated with dedicated stealth fighters.
- Unconfirmed final specifications: F5-specific speed, range, payload, and radar performance figures have not been fully disclosed.
- Integration challenges: New weapons, electronic warfare systems, and uncrewed aircraft will require testing and coordination.
Rafale F5 Fighter: Features, Range and Cost
The Rafale F5 is a planned advanced configuration of France’s Rafale multirole fighter, intended to extend the aircraft’s combat relevance into the 2030s and beyond. Developed for the French military, the upgrade is expected to improve electronic warfare, sensor integration, weapons employment, and cooperation with uncrewed aircraft. Rather than an entirely new fighter, the F5 represents a major evolution of an aircraft already used for air defense, precision strikes, reconnaissance, and nuclear deterrence missions.
Manufacturer and Development
The Rafale is manufactured by Dassault Aviation, with major systems supplied by French defense companies, including Thales and Safran. The F5 standard is part of France’s longer-term effort to maintain an independent combat aviation capability while preparing for increasingly contested airspace.
Planned improvements include enhanced electronic warfare, upgraded mission systems, and greater integration with collaborative combat aircraft. France also intends to develop an uncrewed combat aircraft to operate alongside the Rafale F5, potentially allowing a crewed fighter to coordinate additional sensors and mission platforms. The exact configuration and delivery schedule remain subject to development and procurement decisions.
Speed, Range, and Armament
The Rafale F5 is expected to retain the basic airframe and twin-engine configuration of existing Rafale variants. The current Rafale has a published maximum speed of approximately Mach 1.8, although performance depends on flight conditions and configuration. Its ferry range is commonly cited at approximately 3,700 kilometers, while operational combat radius varies with weapons, fuel, mission profile, and external stores.
The existing aircraft supports a 30 mm cannon, MICA and Meteor air-to-air missiles, SCALP cruise missiles, AASM precision-guided weapons, and other compatible stores. Future F5 capabilities are expected to build on this weapons ecosystem, but specific new integrations must be confirmed individually.
Cost and Price
A confirmed standalone unit price for the Rafale F5 has not been established publicly. Total costs will depend on development, aircraft procurement, upgrades, support equipment, weapons, and long-term maintenance. Existing Rafale prices should not be treated as an official F5 price.
The latest French procurement information places the F5 standard’s qualification around 2033, followed by entry into service with the French Air and Space Force and French Navy. In September 2026, France’s defense procurement agency announced development work covering an upgraded radar, electronic warfare suite, data link, navigation equipment, and the M88 T-REX engine.
Variants
| Field | Details |
|---|---|
| Rafale C | Single-seat land-based fighter |
| Rafale B | Two-seat land-based fighter |
| Rafale M | Carrier-capable naval fighter |
| Rafale F4 | Existing advanced configuration and development baseline |
| Rafale F5 | Planned major upgrade featuring improved sensors, electronic warfare, connectivity, and propulsion |
| Future Combat Drone | Planned uncrewed aircraft intended to operate alongside the Rafale F5 |
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