USS George H.W Bush Statistics 2026 | Key Facts

USS George H.W. Bush (CVN-77) in America

The USS George H.W. Bush (CVN-77) is the tenth and final Nimitz-class nuclear-powered supercarrier of the United States Navy — the last ship in the most powerful class of warships ever constructed, commissioned on January 10, 2009, built at a cost of $6.2 billion by Northrop Grumman Newport News Shipbuilding in Newport News, Virginia, and named for George Herbert Walker Bush — the 41st President of the United States, 11th Director of Central Intelligence, and one of the Navy’s own: a World War II carrier aviator who flew 58 combat missions aboard USS San Jacinto, was shot down over the Pacific on September 2, 1944, and received the Distinguished Flying Cross for his service. The ship carries the callsign Avenger — honoring the TBF Avenger torpedo bomber that the future president flew into combat — and fights under the motto Freedom at Work, a phrase that connects the carrier’s daily operational purpose to the biography of the man whose name is welded permanently into its keel. CVN-77 is simultaneously the culmination of the Nimitz program and its evolutionary endpoint: engineers at Northrop Grumman incorporated Ford-class design improvements into the Bush’s construction from the outset — including a bulbous bow for improved hull efficiency, curved flight deck edges to reduce radar signature, a repositioned and streamlined island superstructure moved further aft to reduce electronic self-interference, updated radar cross-section shaping, a new propeller design, modernized aviation fuel storage and distribution, and a new underwater hull coating system — producing a warship that is physically a Nimitz-class carrier but operationally the bridge to the Ford class that followed it. The Bush displaces approximately 100,000 to 104,000 tons fully loaded, stretches 1,092 feet (332.85 meters) in length with a 252-foot (76.8 m) wide flight deck, is powered by two Westinghouse A4W nuclear reactors driving four shafts at 260,000 shaft horsepower, sustains speeds of 30+ knots, and carries a combined crew of approximately 5,000 to 6,000 personnel — comprising roughly 3,200 ship’s company and 2,480 embarked air wing aircrew and personnel — along with a Carrier Strike Group flag staff of approximately 70. The ship is homeported at Naval Station Norfolk, Virginia — the world’s largest naval station — and embarks Carrier Air Wing 7 (CVW-7), based at Naval Air Station Oceana, Virginia, whose aircraft carry the tail code AG.

In November 2024, CVN-77 returned to the fleet after completing a 10-month Planned Incremental Availability (PIA) at Norfolk Naval Shipyard on time — the Navy’s official announcement confirming the carrier returned to Naval Station Norfolk on November 16, 2024 following successful sea trials. The PIA, which began in January 2024, encompassed comprehensive upgrades to the ship’s sensors, combat systems, communication networks, crew living spaces, galley equipment, and connectivity infrastructure — including installation of the Consolidated Afloat Networks and Enterprise Services (CANES) upgrade, a Navy-wide computing and network modernization program. Most significantly, the 2024 PIA period also saw the installation of an Unmanned Air Warfare Center (UAWC) — the first of its kind fitted on any U.S. aircraft carrier — a dedicated facility enabling CVN-77’s pilots and mission operators to conduct drone operations and eventually control MQ-25 Stingray unmanned aerial refueling tankers directly from the ship. This UAWC installation marks the Bush as the first Nimitz-class carrier to begin the institutional integration of unmanned systems into carrier air wing operations that the entire fleet will eventually adopt. Following the completion of the PIA and sea trials, throughout 2025 and into early 2026, CVN-77 focused intensively on readiness training — conducting Composite Training Unit Exercises (COMPTUEX) and integrated group sail exercises with its strike group escorts in the Western Atlantic, maintaining high sortie rates in documented August 2025 Atlantic operations in support of NATO readiness, and completing the certification cycle that would qualify the ship and air wing for deployment. As of March 7, 2026, CVN-77 is assessed as fully operational and deployment-ready — positioned at Norfolk and available for tasking as the global situation demands, with defense planners having actively considered CVN-77 deployments in response to the Operation Epic Fury campaign against Iran that commenced February 28, 2026.

USS George H.W. Bush (CVN-77) 2026 — Key Facts

Source: U.S. Navy – USS George H.W. Bush official website ; Commander, Naval Air Force Atlantic – USS George H.W. Bush Completes 10-Month Maintenance Period and Sea Trials On-Time ; USNI News – Carrier George H.W. Bush Wraps Up Maintenance Period, Sea Trials, November 18, 2024

These 15 CVN-77 key facts for 2026 frame a carrier that is simultaneously the conclusion of a 50-year warship lineage and the launching platform for the future of unmanned carrier aviation. The $6.2 billion construction cost and the single-yard dependency on Newport News are the industrial facts that explain why the U.S. builds carriers on a generational timeline rather than a production schedule: there is only one shipyard, only one construction dry dock large enough, and the workforce required to weld together a 100,000-ton nuclear warship takes decades to develop and maintain. The on-time completion of the November 2024 PIA — described by Naval Sea Systems Command as the result of innovative strategies and engineering solutions applied by an experienced workforce that had also worked on the Eisenhower’s 2022 PIA — is the operational milestone that moved CVN-77 from a ship in maintenance to a ship back in the fight, fully modernized, CANES-upgraded, and for the first time in U.S. naval history, equipped with a dedicated facility for unmanned system operations.

The UAWC installation is not a cosmetic distinction. The MQ-25 Stingray — the Navy’s carrier-based unmanned aerial refueling tanker — will extend the combat radius of every F/A-18 Super Hornet and EA-18G Growler in CVN-77’s air wing by refueling them in flight, reducing the number of manned strike fighters currently consumed in the tanker role and returning those aircraft to combat strike tasking. The carrier that first flew the unmanned X-47B from its deck in 2013 is now, in 2026, the first carrier with a permanent facility to operate its unmanned successor. The 13-year arc from the X-47B catapult launch to the UAWC installation tells the story of how the Navy integrates transformational technology — slowly, methodically, tested at sea on the same hull that will eventually operationalize the capability.

USS George H.W. Bush (CVN-77) 2026 — Full Technical Specifications

Source: U.S. Navy – USS George H.W. Bush official website; Wikipedia – USS George H.W. Bush, updated March 2026; Naval Technology – USS George HW Bush (CVN 77); History Central – George H.W. Bush CVN 77 specifications; MilitaryFactory – USS George H.W. Bush (CVN-77);

The CVN-77 full technical specifications confirm a warship of a scale that has no equivalent in any other navy on earth. The four C-13-1 steam catapults — each capable of accelerating a 70,000-pound aircraft from zero to 165 mph in two seconds — are the mechanical heart of the ship’s offensive purpose: every combat capability of the 90-aircraft air wing flows through those four catapults at the rate of one aircraft every 20 seconds during surge operations. The Phalanx CIWS, ESSM, and RAM layered defensive armament form concentric rings of protection that extend from 10+ miles (ESSM range) down to gun range (Phalanx), ensuring that threats that penetrate the strike group’s outer defensive perimeter still face multiple intercept opportunities before reaching the hull. The new propeller design and bulbous bow incorporated as CVN-77-specific improvements deliver measurable fuel efficiency advantages over earlier Nimitz-class ships — not because nuclear carriers consume aviation fuel in their reactors, but because hull efficiency affects the thermal signature, acoustic signature, and hydrodynamic performance that determine how much power is required to maintain a given speed for a given duration.

The two Westinghouse A4W nuclear reactors powering CVN-77 represent the same technology that has powered every Nimitz-class carrier for five decades — proven, reliable, and capable of sustaining 30+ knot sprint speeds for extended periods without degradation. Each reactor core is rated for 20–25 years of service before requiring replacement — meaning CVN-77, commissioned in 2009, will not require its first refueling and complex overhaul (RCOH) until the mid-2030s. That RCOH — which takes approximately four years at a cost expected to exceed $3 billion — is the single largest maintenance investment the ship will require in its 50-year service life, and it will simultaneously recapitalize every major ship system and extend CVN-77’s service to approximately 2059. The 2024 PIA was not the RCOH — it was a Planned Incremental Availability, a shorter maintenance period that modernizes specific systems without requiring the ship to leave the water for an extended period. The on-time completion was operationally significant because it returned a fully upgraded carrier to the fleet on schedule — a performance metric the Navy has not always achieved with large carrier maintenance periods.

USS George H.W. Bush (CVN-77) 2026 — Deployment & Operational History

Source: Wikipedia – USS George H.W. Bush, updated March 2026; U.S. Navy – DVIDSHUB CVN-77 unit page, February–March 2026; Commander Naval Air Force Atlantic (AIRLANT) – PIA on-time completion press release, November 2024; USNI News – CVN-77 PIA completion, November 18, 2024; navysite – CVN-77 deployment history; History Central – George H.W. Bush CVN 77; MilitaryFactory – CVN-77 history; DefenseFeeds – CVN-77 capabilities; The Knowledge Base – USS George H.W. Bush, March 6, 2026

The CVN-77 deployment and operational history tells the story of a carrier that commissioned into an era of persistent counterterrorism operations and matured into a platform for great-power competition deterrence — a transition reflected in the shift from its 2014 and 2017 Operation Inherent Resolve ISIS strike deployments to its 2022–2023 NATO Mediterranean reassurance deployment in the shadow of Russia’s invasion of Ukraine. The ISIS operations were the first test of CVN-77 in sustained combat strike operations, and the performance of CVW-7’s F/A-18 Super Hornets flying day and night sorties in Arabian Gulf temperatures against defended ISIS targets established the ship’s crews and air wing as a tested, combat-proven team. The 2022–2023 Mediterranean deployment served an entirely different strategic purpose: the mere presence of a 100,000-ton nuclear-powered carrier operating in waters adjoining the Ukrainian conflict communicated American commitment to NATO Article 5 more clearly than any diplomatic statement — a presence-as-deterrence mission that carriers have performed throughout their history.

The 30-month DPIA from February 2019 to August 2021 was the longest maintenance period in CVN-77’s history — the ship’s first drydocking since its 2009 delivery, a scope of work that encompassed essentially every major mechanical, electrical, and structural system on the ship in a maintenance period that took longer than originally planned. The return to the fleet in August 2021, followed by the August 10, 2022 deployment just 12 months later, reflects both the urgency of the U.S. Navy’s carrier presence requirements and the capability of the Norfolk Naval Shipyard workforce to return the ship to deployment-ready status on a compressed schedule. The on-time 2024 PIA completion — explicitly praised by Naval Sea Systems Command for the application of lessons learned from the Eisenhower’s 2022 PIA by the same experienced workforce — was the correction of the trajectory that the 2019–2021 DPIA had established: proof that the shipyard had institutionalized the efficiency improvements needed to maintain the carrier fleet’s availability on the Navy’s schedule rather than the shipyard’s.

USS George H.W. Bush (CVN-77) 2026 — Carrier Air Wing 7 (CVW-7) Statistics

Source: Wikipedia – Carrier Air Wing Seven, updated March 2026; U.S. Navy – Commander Naval Air Force Atlantic (AIRLANT) – CVW-7 welcome aboard; DVIDSHUB – CVN-77 unit page, recent imagery confirming HSC-5, VAW-116/121, and CVW-7 operations, February–March 2026

The Carrier Air Wing 7 statistics confirm an air wing structured around four F/A-18E/F Super Hornet strike fighter squadrons as its primary offensive punch — an architecture that has remained consistent through the Wing’s CVN-77 deployments since 2011. The four Super Hornet squadrons together provide CVN-77 with an inherent multi-role strike fighter force of approximately 40–44 aircraft capable of air superiority, precision strike, anti-ship warfare, and close air support simultaneously, without the mission-specific aircraft limitations that characterized Cold War carrier air wings built around separate fighter (F-14) and attack (A-6/A-7) communities. The EA-18G Growler squadron — VAQ-140 Patriots — is the electronic warfare capability that transforms the air wing from a powerful strike force into a force that can also suppress or destroy adversary air defense radar and command networks, making every Super Hornet sortie safer and more penetrating. The E-2D Advanced Hawkeye of VAW-121 provides the airborne battle management and early warning capability that extends the carrier strike group’s radar coverage beyond line-of-sight — acting as an airborne command post that integrates air, surface, and subsurface pictures for the strike group commander, directing intercepts and managing strike packages simultaneously.

The MH-60R Seahawks of HSM-46 are the carrier’s primary anti-submarine warfare asset in the rotary-wing role — equipped with dipping sonar, sonobuoys, and torpedoes to detect and engage submarine threats at ranges beyond the carrier’s own sonar capability. The MH-60S Seahawks of HSC-5 perform the less glamorous but operationally critical vertical replenishment, search-and-rescue, and logistics missions that sustain the carrier’s at-sea endurance — a carrier that cannot be replenished cannot sustain the sortie rates that justify its existence. The C-2A Greyhound detachment from VRC-40 provides the critical carrier onboard delivery (COD) function — the pipeline through which personnel, high-priority spare parts, mail, and time-sensitive cargo flow between the carrier and the shore, maintaining the human and logistical connections that keep 6,000 people functioning effectively for months at sea. The DVIDSHUB unit page confirmed an E-2D Hawkeye landing aboard CVN-77 on February 28, 2026 — the day Operation Epic Fury opened — confirming the air wing was actively embarked and the ship was conducting flight operations on that date.

Disclaimer: This research report is compiled from publicly available sources. While reasonable efforts have been made to ensure accuracy, no representation or warranty, express or implied, is given as to the completeness or reliability of the information. We accept no liability for any errors, omissions, losses, or damages of any kind arising from the use of this report.

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