Navy's Priciest Carrier
The Gerald R. Ford stands as the largest and most advanced aircraft carrier in the U.S. fleet, playing a key role in global maritime strategy. The final procurement funding for the CVN-78 totaled $13.3165 billion, which only covers the construction cost. This amount does not account for earlier research and development costs or the ongoing operational and maintenance expenses during the ship’s 50-year service life. When fully operational, the carrier spans 1,100 feet in length and displaces 100,000 long tons. Its flight deck, 256 feet wide, covers approximately five acres, offering vast space for flight operations, including takeoffs and landings, and air traffic management.
Propelled by nuclear power, the Ford is equipped with two reactors, giving it the ability to travel at speeds above 30 knots. This nuclear design eliminates the need for regular refueling, allowing the ship to remain at sea for extended periods without interruption. While the Navy has not disclosed a specific combined horsepower figure for the propulsion system, the A1B reactor plant produces nearly three times the electrical power of the older Nimitz-class carriers. This surplus energy supports not just propulsion, but also radar systems, catapults, elevators, and future onboard weapons and sensors.
High-Tech Air Wing
The Ford is engineered to operate around 75 aircraft, with the specific mix varying depending on the ship’s mission. The carrier hosts a variety of aircraft, including F/A-18E/F Super Hornets, EA-18G Growlers, E-2D Advanced Hawkeyes, and helicopters such as the MH-60R and MH-60S. These planes are capable of carrying a range of weapons, including air-to-air missiles, anti-radiation missiles, anti-ship missiles, and precision-guided bombs. The carrier’s advanced systems include four electromagnetic catapults and 11 advanced weapons elevators. These upgrades enable quicker and more efficient flight operations. Navy planners are targeting a daily sortie rate of 160 aircraft, a significant increase compared to the 120 sorties per day achievable with Nimitz-class carriers.
The testing and training program for the Ford is still underway. Following a 326-day deployment in 2026, the carrier traveled 57,713 nautical miles and completed over 12,200 flight operations. During this mission, the ship needed 23 refuels for aviation fuel and other critical supplies. The Ford remains a testbed for cutting-edge systems, with ongoing evaluations focusing on the performance of its catapults and arresting wires. One key improvement is the new weapons elevators, which drastically cut the distance weapons must be moved horizontally, reducing it from roughly 1,500 feet to about 390 feet.
Smaller Crew, Big Savings
The crew size of the Gerald R. Ford is notably smaller compared to the Nimitz-class carriers, accommodating 4,660 personnel, including sailors, pilots, and other staff. The Navy plans to conduct major dockings every 12 years and implement a 43-month maintenance cycle. These strategies rely on specialized shipyards and a skilled workforce to maintain the carrier’s complex systems and immense size. The Ford’s design integrates these long-term maintenance plans to ensure the ship remains combat-ready and functional for decades.
The carrier’s cutting-edge features come at a high cost, particularly due to the introduction of 23 new technologies at its launch. These innovations include electromagnetic catapults and advanced arresting gear, which offer greater versatility in managing a wide array of aircraft. However, integrating these systems has required time and effort, and the Navy is still fine-tuning their performance. Full operational testing is projected to conclude by 2027. The Ford’s design reflects a long-term commitment to improving efficiency and readiness, even though the initial financial investment remains substantial.