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The modern doctrine of air warfare is already shifting away from kinematic tactics to an emphasis on information dominance in networked combat platforms. The Lockheed Martin F-35 fifth-generation stealth fighter has already taken its place as the new benchmark for modern fighter jets. What it lacks in performance, and even stealthiness, it makes up for with a host of cutting-edge technology that allows it to have a ‘god’s eye view’ of the battlefield while remaining untouchable to 99% of threats.
In 25 years, there will be even more advanced platforms that will take the doctrine of the US Air Force and others into the era of strategy that leverages a system-of-systems approach. This concept of aerial combat will see bombers paired with 5th-gens and drone swarms in a massive fleet of both manned and autonomous aircraft working together.
The most exquisite airframes with the best technology will be the orchestrators of the battlefield. They will coordinate vast numbers of automated drones that are expendable, as well as coordinate targeting with less advanced human-piloted platforms. This mixture of ‘high-low’ air frames is intended to combine the qualities of both the most advanced technology and low-cost equipment into a composite force that can overcome any adversary, whether they are advanced conventional threats or asymmetric foes.
Next-Gen Air Dominance: Manned Unmanned Teaming
The future of air warfare relies on Manned-Unmanned Teaming (MUM-T) to create a ‘kill web.’ On the battlefield of tomorrow, the US Air Force will use swarms of low-cost collaborative combat aircraft (CCAs), also known as loyal wingman drones. These autonomous fighters will not only serve to attack any aircraft and ground targets at the command of manned fighters and bombers, but also serve as ‘missile sponges’ to take hits from enemy weapons instead of human-piloted aircraft.
The Next Generation Air Dominance, 
Boeing F-47 6th-Gen fighter jet will have a common digital language with the Northrop Grumman B21 Raider 6th-Gen Bomber as well as the Lockheed Martin F-35 Lightning II 5th-Gen fighter. All of these aircraft will be able to talk to each other and CCAs like the Kratos XQ-58 A Valkyrie drone, which is the most mature Loyal Wingman drone program in the world today.
Although the Valkyrie has advanced to a more mature stage of program procurement, the US Air Force prototypes being developed by General Atomics and Anduril Industries are not far behind. The GA YFQ-42A Dark Merlin is being optimized as a multirole platform with a modular architecture that could be reconfigured for different missions by swapping out the wings and noses. Meanwhile, the Anduril YFQ-44A Fury is a high-performance autonomous fighter developed with interceptor-style performance, including the ability to pull 9G maneuvers.
Artificial Intelligence In The Cockpit
In legacy jets, the pilot is a driver. In the F-35 and F-47, the pilot is a manager with AI in the backseat to perform administrative tasks, mundane flight operations, and other support tasks. AI will also take messy, conflicting data from radar, infrared (EOTS), and electronic warfare suites and fuse it all together into a unified digital picture of the battlespace. The AI constantly scans thousands of signals and only alerts the pilot to the most dangerous threats, reducing workload during high-stress combat.
Similarly, AI will serve as a ‘Hivemind’ for drones like the XQ-58 or Anduril Fury, which cannot be remote-controlled by a joystick and instead must be fully autonomous. When a pilot in a ‘Mothership’ gives an order to ‘Clear that airspace,’ the AI software across 10 drones negotiates who goes high, who goes low, and who acts as the decoy, all without the pilot saying a word.
Shield AI’s Hivemind has already beaten human top-gun pilots in simulated dogfights. It doesn’t use GPS or a link to a carrier but rather makes its own decisions using sensors to calculate in real-time. And back on the flightline, the F-35 is already implementing AI to predict when a part is going to fail before it actually breaks. It automatically orders the replacement part and schedules the mechanic, ensuring that even manned combat jets have the highest possible mission-capable rates.
The application of machine learning in electronic warfare is perhaps the most secretive and critical use of AI. The case in point is when a jet encounters a brand-new (Zero Day) enemy radar signal it has never seen before, legacy systems would simply show an ‘unknown’ icon. Systems like the EPAWSS on the F-15EX use AI to analyze the unknown waveform in milliseconds, identify its weaknesses, and create a custom jamming signal on the fly. It learns how to blind the enemy while the fight is still happening.
Why The Pentagon Is Worried About International Stealth Fighter Development
The new 5th-generation arms race.
Drone Warfare: Mother Ships Incoming
Once Loyal Wingmen arrive in large numbers on the flightline, the ‘Mothership’ will be a crewed aircraft that acts as a secure, high-altitude command center. It will direct swarms of CCAs that handle the actual sensing and striking. The doctrine will employ on a three-tiered hierarchy with stealthy ‘big wings’ like the B21 at the top, using extreme stealth to loiter deep behind enemy lines. In the second tier will be the tactical data nodes like the F-47 and F-35 that will be at the tip of the spear over the front line. The third tier will be cargo aircraft that can deploy drones in midair.
Under the Rapid Dragon program, unmodified cargo planes like the Lockheed C-130 Hercules and Boeing C-17 Globemaster III are being turned into improvised ‘Motherships’ for standoff missiles today. Evolving the concept, these aircraft will be loaded with drones on pallets that can be ‘kicked out the back’ in flight and deployed from the air. This not only saves fuel and reduces exposure time for the drones themselves but also transforms a transport jet with the capability to deliver more firepower than a dedicated bomber.
The ‘Mothership’ concept is made possible by a shift from simple autopilots to mission-level autonomy. This software acts as a ‘Digital wingman’ that understands high-level intent rather than just following GPS waypoints. In a future engagement, CCAs can also fly miles ahead of a manned F-47 or F-35 to act as decoys, jam enemy sensors, or strike targets identified by the manned ‘Quarterback.’ While Kratos, General Atomics, and Anduril build the planes, the US Armed Forces are running a parallel competition for autonomy software.
How Many Drones Does The US Department Of Defense Operate?
The rapidly growing fleet of unmanned aircraft.
Next-Gen Ballistics: Hypersonic Missile Barrages
Hypersonic air-launched missiles are moving from novelties to operational ‘Door-kickers’ that define the opening phase of a high-end conflict. These are roughly defined as missiles that can fly at Mach 5 or faster and, unlike traditional ballistic missiles, they can maneuver within the atmosphere, making their final target unpredictable. Hypersonics offer a virtually unstoppable long-range strike.
Hypersonic glide vehicles are a type of air-to-ground weapon currently being refined. These are launched into the upper atmosphere via a rocket booster. Once released, they ‘surf’ along the atmosphere at hypersonic speeds, using aerodynamic lift to maneuver and skip toward their target. Hypersonic cruise missiles use scramjet (Supersonic Combustion Ramjet) engines. They breathe air like a jet but are designed to function only at extreme speeds, allowing for a flatter, more sustained low-altitude flight path that is harder for ground-based radar to see until it is too late.
There is already a hypersonic capability gap, but it is rapidly closing as the US begins to field its first operational systems to match established Chinese and Russian capabilities. The People’s Liberation Army has a lead with the DF-27, a long-range HGV that can strike land and maritime targets up to 8,000 km away. At the same time, Russia continues to upgrade the Zircon anti-ship HCM and the Avangard HGV, which it claims can reach Mach 20 and is already combat-proven.
Here’s Why Air Forces Are Expanding Their Stealth Fighter Programs
The global race for the ultimate stealth jet.
Directed Energy Weapons: The Star Wars Arms Race
Lasers are being developed as point defense against drones and missiles for the challenges of tomorrow’s battlefield. The latest generation of DEW, or lasers, is nearing a critical point of technological maturity that may finally manifest a practical device for real-world missions. The US military possesses at least 16 operational laser systems, such as the Navy’s Lockheed Martin HELIOS, a 60kW system installed on the Arleigh Burke-class destroyer USS Preble, according to the USNI.
While current systems range from 10kW to 60kW, the Army and Navy are now collaborating on the Joint Laser Weapon System (JLWS). Today’s prototypes use concentrated electromagnetic energy in the form of High-Energy Lasers or High-Power Microwaves. These weapons engage targets at the speed of light with a virtually unlimited magazine and zero time delay between trigger squeeze and target impact.
The ‘Golden Dome’ initiative aims to develop 300kW-class lasers capable of intercepting fast-moving cruise missiles. Israel has managed to field a 100kW ‘Iron Beam’ system as of early 2026, and India is developing a pod for fighter jets to carry on external hardpoints. Unlike lasers, which focus on a single point, HPM weapons emit a wider beam of energy to disrupt or destroy the internal electronics of multiple targets simultaneously.
The Air Force’s Tactical High Power Microwave Operational Responder, or THOR, has proven effective at downing hundreds of drones at once by frying their circuit boards. The Navy plans to mount its first HPM prototype, Meteor, on a vessel in 2026. It is specifically designed for a multi-target scenario to defeat dense drone swarms and anti-ship missiles.
