The F-35 is no longer just a fighter — it’s becoming the commander of a robotic air war

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Ruta R Deshpande
Ruta R Deshpande
Ruta Deshpande is a seasoned Defense Technology Analyst with a strong focus on cutting-edge military innovations and strategic defense systems. With a deep-rooted interest in geopolitics and international relations, she brings nuanced insights into the intersection of technology, diplomacy, and global security. Ruta has reported extensively on defense modernization, space militarization, and evolving Indo-Pacific dynamics. As a journalist, she has contributed sharp, well-researched pieces to Deftechtimes, a reputed defense and strategy publication. Her analytical writing reflects a strong grasp of global military doctrines and regional conflict zones. Ruta has a particular interest in the Arctic race, cyber warfare capabilities, and unmanned combat systems. She is known for breaking down complex defense narratives into accessible, compelling stories. Her background includes collaborations with think tanks and participation in strategic dialogue forums.

Collaborative Combat Aircraft (CCAs) are changing air warfare. Instead of relying on a single fighter, modern combat now focuses on teamwork between humans and machines. This approach acts faster, sees farther, and strikes smarter. Central to this shift is the F-35, evolving from a fifth-generation fighter into the commander of “wolfpack” operations, directing CCAs in coordinated missions.

F-35 as the Command Center

The F-35 is more than just a fighter jet—it was designed as a flying computer, collecting and sharing vast amounts of information from radars, sensors, and communications systems. This makes it one of the most connected aircraft in the sky. Originally, this data helped pilots make better decisions in combat, but today it is being used to control other aircraft.

With software upgrades and enhanced communication systems, the F-35 can act as the “quarterback” of a team, directing Collaborative Combat Aircraft (CCAs) in real time. These unmanned aircraft can fly ahead, gather intelligence, or engage enemy defenses without risking a pilot. Modern upgrades in computing and data processing allow one F-35 to manage multiple CCAs simultaneously, multiplying mission effectiveness.

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The concept is simple but powerful: the F-35 stays at a safe distance, while CCAs take on the most dangerous tasks. This combination of human judgment and autonomous action creates a new way to conduct air operations, where strength comes from teamwork between pilots and machines.

CCAs (Collaborative Combat Aircraft): Force Multipliers

CCAs are a game-changer in modern air combat. These unmanned aircraft cost much less than a full fighter jet—about a quarter of the price—but can perform dangerous missions that would put human pilots at risk. They can fly into heavily defended areas, act as forward sensors, or confuse enemy systems, allowing F-35 pilots to stay safe while still completing the mission.

The wolfpack concept combines the strengths of crewed and uncrewed aircraft. For example, four F-35s each controlling two or more CCAs could form a team of 12-20 aircraft. This setup achieves far more than the F-35s could alone. CCAs are expendable but highly effective, while F-35 pilots maintain command and strategic control.

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CCAs also create new tactical opportunities. They can carry out electronic warfare, jam enemy radars, or launch surprise attacks. By taking on high-risk roles, they reduce danger to human pilots and allow commanders to rethink strategies that were once limited by safety concerns.

Integrating CCAs transforms the F-35 from a single fighter into a command hub for a much larger, more capable force. The combination of human judgment and autonomous persistence creates a powerful, flexible team that can act faster and strike smarter than ever before.

From Fifth to Sixth Generation: Behavior Over Hardware

Traditionally, new fighter generations were defined by the aircraft itself—faster engines, better missiles, or stealthier designs. The fifth generation added stealth, sensor fusion, and networked operations. Sixth-generation airpower, however, is defined by behavior, coordination, and human-machine teamwork rather than a new plane.

An F-35 flying alone today shows fifth-generation capabilities. When upgraded with advanced software and controlling multiple Collaborative Combat Aircraft (CCAs), it exhibits sixth-generation behavior. Physically the plane changes little, but the way it fights is completely different, allowing forces to achieve next-generation airpower without waiting for a new platform.

This shift also changes pilot training and culture. Pilots manage a networked team of autonomous aircraft, focusing on decision-making, delegation, and trust in machine teammates. They act as commanders, coordinating multiple units and making rapid decisions that shape mission outcomes. Simulations and live exercises let pilots practice safely before real-world deployment.

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Upgrading the F-35 while integrating CCAs also makes economic and strategic sense. Existing production lines, training programs, and international partnerships support the transition. Allied nations can deploy CCAs alongside F-35s, creating a flexible, cooperative airpower network.

Sixth-generation airpower is now achievable. Wolfpack behavior—human pilots commanding autonomous systems—multiplies combat effects, delivering capabilities that would otherwise take decades and billions to develop.

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