Charles de Gaulle vs Gerald R. Ford
Charles de Gaulle vs Gerald R. Ford at a glance — displacement 42,500 vs 101,605 tons, length 261 vs 337 m, speed 27 vs 30 knots, crew 1,350 vs 2,600.
| Charles de Gaulle | Gerald R. Ford | |
|---|---|---|
| Origin | 🇫🇷 France | 🇺🇸 United States |
| Category | Aircraft carrier | Aircraft carrier |
| Type | Aircraft carrier | Aircraft carrier |
| Manufacturer | DCN | Newport News Shipbuilding |
| Year introduced | 2001 | 2017 |
| Number built | 1 unit | 2 units |
| Estimated unit price | $3,500 million | $12,998 million |
| Displacement | 42,500 tons | 101,605 tons |
| Maximum speed | 27.0 knots | 30.0 knots |
| Range | Unlimited | Unlimited |
| Length | 261.5 m | 337.0 m |
| Beam | 64.4 m | 78.0 m |
| Crew | 1,350 | 2,600 |
| Charles de Gaulle | Gerald R. Ford | |
|---|---|---|
| Armament |
|
|
| Propulsion | 2 × Areva K15 pressurised water reactors (PWR), 150 MWt each; 2 × Alstom steam turbines with a total 61 MW (82,000 hp) shaft power; 4 × diesel-electric; 2 × shafts | Two Bechtel A1B PWR nuclear reactors, Four shafts |
Detailed Comparison
The Marine Nationale's Charles de Gaulle and the US Navy's USS Gerald R. Ford are the only active nuclear-powered CATOBAR aircraft carriers globally. Scaling dictates their doctrine: Charles de Gaulle is a 42,500-ton medium carrier projecting French sovereign power, while the 101,605-ton Ford is a supercarrier engineered for high sortie generation and US global presence.
Development and Design
Charles de Gaulle suffered a protracted development cycle. Ordered in 1986, funding shortages delayed its commissioning until 2001. A 2018 midlife refit upgraded its infrastructure for Rafale F3 operations. Gerald R. Ford entered service in 2017 with a $13 billion procurement cost—nearly four times the French carrier's price. Ford shifts its smaller island aft to maximize deck space and replaces steam catapults with the Electromagnetic Aircraft Launch System (EMALS) and Advanced Arresting Gear (AAG). Linear-motor weapons elevators streamline ordnance handling to increase launch rates.
Weapons and Sensors
Both hulls rely on escorts but maintain dense point-defense networks. Charles de Gaulle mounts 32 vertical launch cells for Aster 15 missiles and two 6-cell Sadral launchers for Mistrals, backed by three Nexter Narwhal 20mm autocannons. Ford carries 16 RIM-162 ESSM cells, 42 RIM-116 RAM interceptors, and three Phalanx CIWS mounts. Ford utilizes the active electronically scanned array Dual Band Radar, providing tracking ranges that exceed the French radar suite.
Air wing compositions dictate their offensive radius:
- Ford: 75+ aircraft, integrating fifth-generation F-35Cs, F/A-18E/Fs, and dedicated EA-18G electronic warfare platforms.
- Charles de Gaulle: A homogenous strike wing of 30 Rafale M fighters and two E-2C Hawkeyes.
Propulsion and Performance
Charles de Gaulle uses two Areva K15 pressurized water reactors (150 MWt each) driving two shafts. Derived from submarine reactors, they limit top speed to 27 knots but provide adequate wind-over-deck for Rafale operations. Ford employs two Bechtel A1B reactors driving four shafts, pushing the 100,000-ton hull to 30 knots. The A1B generates the massive electrical capacity required for EMALS and AAG operations.
Deployment and Combat Record
Charles de Gaulle maintains a 23-year combat record. It launched strikes in Afghanistan (2001), enforced the Libyan no-fly zone (2011), and executed strikes during Opération Chammal (2015), where the French commander of Task Force 473 assumed control of US Task Force 50. Ford’s operational history is brief. Early deployments focused on resolving technical deficiencies with the EMALS and vacuum-based waste plumbing systems. Its primary operational use has been in the Mediterranean as a deterrent presence rather than direct combat action.
Conclusion
Gerald R. Ford holds the absolute advantage in power projection, sortie generation, and survivability. Its 100,000-ton displacement permits an air wing twice the size of the French carrier, while EMALS and F-35C integration provide strike capacity in contested airspace that Charles de Gaulle cannot replicate. However, Charles de Gaulle delivers independent nuclear-powered CATOBAR capability at 26% of the Ford’s procurement cost. For sustained theater dominance and fifth-generation strike, Ford wins decisively. For mid-intensity expeditionary warfare and interoperable coalition leadership, Charles de Gaulle provides France with a strategic asset that mathematically outpaces every non-US carrier globally.