Drone Production Surge and Counter-UAS Guns Advance as US and Europe Weigh Cost and Skills on High-End Ship and Aircraft Programs

The Pentagon is seeking about $50 billion in one-time funding to move autonomous and robotic systems from 'thousands' to 'millions'; at the same time, a counter-drone gun at the Association of the US Army annual meeting, the US Navy's 'Trump-class' large surface combatant concept, France's study of extending the Charles de Gaulle carrier's life, and historical lessons from SR-71 flight training together sketch the multiple pressures of scale, cost and talent continuity facing high-end combat systems.^{[1][6][2][3][5]}

Pentagon plans multibillion-dollar drone production surge

Defense Secretary Pete Hegseth said at the Project Agincourt panel at AUSA that the Pentagon is requesting roughly $50 billion in reconciliation funding to support scaling autonomous and robotic systems. He stressed it is a one-time investment, not a recurring annual appropriation, aimed at accelerating development and production of autonomous and robotic systems. Hegseth said the United States will deal with hundreds of thousands of one-way attack systems this year and into the millions in years to come, at a pace the department has never seen before.^[1][4] This funding is separate from the Drone Dominance initiative in the Pentagon's fiscal 2027 budget request, which totals $53.6 billion, including $16.9 billion for unmanned-system procurement, $14.4 billion for counter-unmanned systems, $13.5 billion for contested logistics, $4.5 billion for collaborative autonomy and $4.3 billion for institutional systems and personnel. The evidence does not establish that the reconciliation funding and the budget request are the same money or that it is all for drone purchases.^[1][4]

The US Army's Drone Dominance program provides a concrete scale: a $1 billion initiative announced in December 2025 plans to buy about 340,000 small unmanned aircraft systems for operational units within two years, with tens of thousands expected to be delivered in 2026 and hundreds of thousands in 2027. Acting Army Secretary Adam Tai said the Army is widening program access to companies outside the traditional defense industrial base while continuing to work with existing suppliers; he also noted the Army has a 390A military occupational specialty that lets warrant officers retain specialized skills long term, teach soldiers to operate robots, and give developers more testing and user-feedback opportunities by expanding access to test ranges.^[1][4]

Northrop Grumman bets on a 50mm counter-drone gun

Facing the growing battlefield threat from small unmanned aircraft systems, Northrop Grumman displayed gun-based air-defense systems at the Association of the US Army annual meeting, including a new 50mm air-defense system called 'Raid Hunter' and the latest M230. Both belong to the company's patented Bushmaster chain-gun family, externally powered, vehicle-mountable medium-caliber guns. Ken Todorov, the company's vice president for command, control and weapons integration, called 'Raid Hunter' a 'low-cost, flexible tool' to decisively defeat evolving threats and to provide rapid, high-volume close-in protection against complex, large-scale air threats such as cruise missiles and drone swarms.^[6]

According to the specification sheet, 'Raid Hunter' relies on artificial intelligence aiming and precision-guided 50mm ammunition that detonates near the target using a proximity fuze. Since its launch in August, the system has completed aerodynamic ballistics testing, that is, testing against aerial targets, and the results confirmed pre-test predictions and performance expectations. The M230LF, named the M230 linked-feed dual-feed Bushmaster chain gun, is based on the M230 cannon of the Apache attack helicopter and can be mounted on platforms ranging from 4x4 vehicles to large ground vehicles to patrol boats. It features the ability to switch between two feed paths, quickly choosing between standard 30x113mm proximity-fuzed ammunition for counter-drone use and high-explosive dual-purpose ammunition for armored targets; the new variant shares 60% of its parts with the single-feed model, has a rate of fire of 200 rounds per minute and a mean rounds between failure of 22,000.^[6]

'Trump-class' large surface combatant: battleship or battlecruiser debate

Proposed in 2025, the 'Trump-class' BBG-1 Defiant is envisioned as the centerpiece of the Golden Fleet. It is planned at 840 to 880 feet long, 30,000 to 35,000 tons, powered by Ford-class A1B nuclear reactors, and armed with 128 to 200 Mk 41 vertical launch cells able to fire Tomahawks, Standard Missiles, Conventional Prompt Strike and SLCM-N, plus two 5-inch guns, the SPY-6 Aegis system and two hangars. The first ship would cost $23 billion and each subsequent ship $18 billion, a per-ship price equal to nine Arleigh Burke-class destroyers.^[2]

One controversy around BBG-1 is classification. A traditional battleship is a heavily armored capital ship with large-caliber guns; a cruiser is faster, has longer range, less armor and smaller guns. At 30,000 to 35,000 tons and without armor, the ship is far lighter than a battleship yet heavier than a cruiser, while carrying battleship-like missile firepower; the nuclear reactor gives it heavy-cruiser speed and endurance and lets it serve as flagship of a larger fleet. By traditional definitions, it is closest to a battlecruiser. Former US Navy Secretary John Phelan said the future Defiant 'will be the largest, deadliest and most versatile and best-looking warship anywhere on the world's oceans.'^[2]

France studies whether Charles de Gaulle can serve beyond 2038

French Navy Chief of Staff Adm. Christophe Cluzel told the National Assembly's defense committee in a hearing that France is studying whether the nuclear-powered aircraft carrier Charles de Gaulle can continue to sail beyond its planned retirement in 2038, which would give France two carriers. France plans to replace the Charles de Gaulle in 2038 with a future carrier named France Libre; the Charles de Gaulle is the only nuclear-powered aircraft carrier in service outside the US Navy. As part of an upcoming major refit, France will study extending its service life based on the state of onboard systems and nuclear propulsion, with results expected in early 2029 and set to be a decisive factor. The study will also cover all of the carrier's 'arteries', because the ship is as old as its 'arteries'.^[3]

Cluzel noted that having only one carrier means France has none available whenever the Charles de Gaulle undergoes periodic maintenance, and the question of whether the country needs a second carrier always arises when lawmakers question Navy leaders. One obstacle is cost: the roughly €10 billion (about $11.2 billion) budget for the future France Libre is enough to fund at least ten new FDI-class frigates. He told the defense committee: 'Do we need two carriers? Two carriers allow you to maintain a standing alert from Toulon. Two carriers is a political ambition, and it is not for me to decide whether it is suitable.' He also said that maintaining a permanent presence at sea would require three carriers. The future France Libre and the Charles de Gaulle will overlap for two years from 2036 to 2038, with two carrier crews serving at the same time to ensure a seamless transition of skills; this would be the first time France has had two carriers in service simultaneously since the Foch and Clemenceau in the late 1990s.^[3]

The France Libre is described as 310 meters long and displacing about 80,000 tons; the Charles de Gaulle is 261.5 meters long, displaces 42,000 tons and can carry an air wing of 40 aircraft, mainly Rafale naval variants, two E-2C Hawkeye early-warning aircraft and several helicopters. The study on extending the Charles de Gaulle's life will focus on wear in the reactor cores of the nuclear propulsion system and on the ability to extend operations by making onboard fuel last longer.^[3]

SR-71 training: the threshold beyond speed

The Lockheed SR-71 Blackbird could cruise above Mach 3 and fly at altitudes above 80,000 feet, and its aerodynamic heating, propulsion management and human physiological environment differed from those of conventional military aircraft. Flying it required far more specialized training than an ordinary military pilot receives. Candidates were already experienced jet pilots, and the transition from a qualified pilot or reconnaissance systems officer to a Blackbird crew member took about a year. Selection emphasized exceptional flying ability, judgment, strict adherence to procedures, physical fitness, psychological stability and the ability to maintain a security clearance.^[5]

The SR-71 carried two crew members: a pilot responsible for flying and flight systems, and a reconnaissance systems officer responsible for navigation, reconnaissance systems and mission-related matters. Both received specialized qualification training, and crew coordination was especially critical at high speed and in emergencies. Because the fleet was very small and the operating environment harsh, the consequences of errors were magnified. Before training, students had to gain a deep understanding of SR-71 systems, especially the Pratt & Whitney J58 engine and the variable-geometry inlet system. At high Mach numbers, inlet geometry controls the airflow and shock waves entering the engine; an inlet failure, or 'unstart,' can cause sudden asymmetric thrust and violent yaw, and the pilot must immediately recognize it and execute emergency recovery procedures. Training also covered the JP-7 special fuel system, hydraulic and electrical systems, flight controls, pressurization, environmental control, emergency procedures and high-speed flight limits; simulators were central to crew preparation, letting crews practice complex procedures without taking enormous risks.^[5]

Common trends and what to watch

Together, these developments show that the United States and Europe are pursuing both quantity and quality in high-end combat capability, but cost and skills continuity are hard constraints. The United States is trying to accelerate the scaling of unmanned systems through one-time funding, wider access for new companies, open test ranges and a robotics military occupational specialty, while reinforcing close-in counter-drone defense with relatively low-cost means such as 50mm guns. Large platforms pull in the other direction: a single BBG-1 costs as much as nine destroyers, and France's new carrier budget could fund at least ten frigates, forcing France to study extending the Charles de Gaulle's life to ease a single-carrier gap. The SR-71 experience shows that even with a leading platform, capability is hard to sustain without a year of specialized training and a stable crew force. Things to watch: whether the roughly $50 billion in reconciliation funding materializes, the pace of US Army drone deliveries in 2026 and 2027, follow-on testing of Northrop Grumman's 'Raid Hunter,' the debate over BBG-1's role and cost, and the results of France's Charles de Gaulle life-extension study in early 2029.^{[1][6][2][3][5]}