Su-57D’s Combat AI Program Shows How Russia Envisions Warfare Beyond Fifth-Generation Fighters
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Russia’s planned two-seat Su-57D is being developed as an airborne testbed for combat artificial intelligence and control of advanced unmanned aircraft, according to a TASS report published on August 14, 2026. The concept could expand the fighter’s role from a high-performance combat aircraft into a networked command platform able to coordinate manned and unmanned forces during complex air operations.
Sukhoi says the Su-57D could work with highly autonomous systems such as the S-70 Okhotnik and future drone groups while supporting the development of AI-assisted combat functions. This would make the aircraft a key step toward distributed air warfare in which human crews, autonomous platforms and networked sensors operate as a coordinated combat force.
Related Topic: Russia’s New Two-Seat Su-57D Could Redefine Air Superiority Beyond Drone Command Through Networked Combat Control
Russia plans to use the two-seat Su-57D fighter to test combat artificial intelligence for controlling the S-70 Okhotnik and future groups of autonomous combat drones (Picture Source: Russian Social Media / Edited By Army Recognition Group)
On August 14, 2026, Russia’s TASS news agency reported that the future two-seat Su-57 will be used not only to control unmanned aircraft but also to test combat artificial intelligence currently being developed by specialists at the Sukhoi Design Bureau. Sukhoi Design Bureau Director Mikhail Strelets also connected the aircraft with the control of highly intelligent systems, including the S-70 Okhotnik heavy unmanned combat aircraft and future swarm or group systems. The disclosure gives a new dimension to the Su-57D program by placing artificial intelligence, human-machine cooperation and distributed airborne command alongside the traditional performance characteristics of a fifth-generation fighter. More broadly, it offers one of the clearest public indications to date of how Sukhoi may intend to mature technologies associated with the next phase of Russian combat aviation.
Combat AI could make the Su-57D more than a drone-control aircraft
The most important element of Strelets’ statement is the explicit reference to combat artificial intelligence. According to TASS, one of the functions of the new Su-57 version will be to test combat AI that is already under development by Sukhoi specialists. This is materially different from simply announcing that a fighter will receive an AI-enabled subsystem. It suggests that the two-seat Su-57 could also serve as an airborne development and validation environment in which Sukhoi evaluates how artificial intelligence interacts with aircraft systems, mission management and human crews before those technologies reach a higher level of maturity. No detailed architecture, autonomy level, operational timeline or decision-making authority for this combat AI has been disclosed, meaning it should currently be viewed as a development objective rather than a demonstrated operational capability.
From a tactical perspective, the significance of such technology may lie less in replacing the pilot than in expanding the number of tasks, sensors and connected platforms that a human crew can effectively supervise. A future networked formation involving a Su-57D, unmanned aircraft and other connected assets could generate a large volume of sensor tracks, targeting information, electronic-warfare data, platform-status updates and rapidly changing mission priorities. AI-assisted mission management could potentially help organize and prioritize this information, support threat assessment, recommend task distribution and reduce the cognitive burden on the crew. In that model, artificial intelligence would act as an intermediary between the human commander and an increasingly complex combat network, while human operators would remain responsible for higher-level command and mission decisions. This remains an analytical interpretation of Sukhoi’s stated direction rather than a description of a capability confirmed as operational.
Two layers of artificial intelligence could reshape manned-unmanned teaming
Strelets’ comments also point toward a potentially important distinction between combat AI associated with the crewed aircraft and the intelligence embedded within the unmanned systems it may control. TASS reported that the two-seat configuration is considered particularly important for controlling AI-enabled systems such as the S-70 Okhotnik, as well as swarm and group systems, while the other pilot can remain focused on the aircraft’s principal combat mission. Strelets further described airborne UAV control as one of the technologies associated with sixth-generation combat aviation. This could eventually produce two complementary levels of autonomy: individual unmanned platforms capable of performing portions of their missions with increasing independence, and a higher-level AI-assisted command function aboard the Su-57D helping the crew supervise the collective formation.
The reference to swarm and group systems may ultimately be more consequential than the control of a single Okhotnik. A one-to-one relationship between a fighter and an unmanned aircraft remains comparatively manageable, but supervising several intelligent platforms introduces a fundamentally different level of complexity. Multiple aircraft may need to share sensor information, maintain separation, divide surveillance areas, react to changing threats and receive new priorities while continuing their assigned missions. The value of AI in such an environment would come from scalability: instead of requiring an operator to manually control each unmanned aircraft, increasingly autonomous systems could potentially receive broader objectives while software assists the human commander in supervising the overall formation. Sukhoi has not disclosed whether its developing combat AI will perform these specific functions, but its simultaneous emphasis on combat AI and group or swarm control makes this relationship an important area to monitor.
Su-57D may become a technology bridge toward future combat aircraft
This new disclosure builds directly on an earlier Army Recognition analysis published on May 28, 2026, “Russia’s New Two-Seat Su-57D Could Redefine Air Superiority Beyond Drone Command Through Networked Combat Control.” That report assessed that the second cockpit could transform the aircraft into an airborne command-and-control node in which the rear crew member manages UAV coordination, data exchange, target assignment and the wider tactical picture while the pilot concentrates on flying and air combat. Army Recognition also noted that placing a commander aboard the formation could reduce dependence on distant ground control when radio interference, datalink disruption or other communications problems complicate centralized command. Sukhoi’s latest statement adds a further technological layer to that concept: the Su-57D could become not only a controller within a network but also a platform on which the artificial intelligence intended to help manage increasingly complex networks is tested and refined.
This is particularly relevant to Sukhoi’s longer-term development strategy. Rather than waiting for an entirely new fighter design before introducing technologies associated with a future generation, the company could use the Su-57D to progressively mature AI algorithms, human-machine interfaces, unmanned-system supervision and airborne battle-management concepts on an existing high-performance platform. In effect, the aircraft could serve as a bridge between platform-centered fifth-generation aviation and a more software- and network-centered future force structure. If future combat AI is processed locally aboard the aircraft, another possible advantage would be moving more decision-support capability to the tactical edge, potentially allowing parts of sensor interpretation or unmanned-system coordination to continue even when links with remote command infrastructure are degraded. That potential advantage remains an analytical inference; Sukhoi has not publicly detailed the computing architecture or communications model planned for the combat-AI program.
Russia’s future airpower could be defined increasingly by the network around the fighter
The latest AI development can also be considered alongside Army Recognition’s July 6, 2026 report, “Russia’s Su-57 Felon Evolves from Stealth Fighter to High-Capacity Air Defense Interceptor.” That analysis examined unconfirmed open-source imagery indicating possible external air-to-air missile configurations for the Su-57 and assessed that, if authentic, such configurations could reflect a more flexible employment philosophy in which the aircraft sacrifices part of its low-observable advantage for greater missile capacity in defensive missions. Army Recognition explicitly noted that the imagery had not been confirmed by the Russian Ministry of Defense. Taken together with the earlier Su-57D command-aircraft analysis and Sukhoi’s latest acknowledgement of combat-AI development, these developments suggest that the Su-57 family is increasingly relevant not only as an individual fighter platform but also as a potential test vehicle for different combinations of weapons capacity, airborne command, unmanned teaming and advanced software.
Conceptually, the emerging architecture could eventually be understood as three interacting layers: human command aboard the crewed fighter, AI-supported mission management, and distributed unmanned platforms carrying out assigned functions. Such a model would shift part of the measure of combat effectiveness away from the performance of an individual aircraft and toward the ability of the entire formation to collect information, distribute tasks and react collectively. This may also help explain why Sukhoi associates UAV command with technology beyond the fifth generation. Future combat-aircraft development may increasingly be judged not only by stealth, propulsion, sensors and weapons, but also by how effectively a crewed aircraft can connect, command and cooperate with autonomous systems around it. The practical realization of such a concept would nevertheless depend on resilient datalinks, secure communications, sufficient onboard computing power, validated software, effective human-machine interfaces, operator training and successful integration across multiple aircraft types—requirements already highlighted in Army Recognition’s earlier examination of the Su-57D networked-command concept.
Sukhoi’s latest disclosure is significant because it moves the Su-57D discussion beyond the relatively familiar concept of a two-seat fighter controlling a loyal-wingman-type UAV. Through Mikhail Strelets’ statement, Sukhoi Design Bureau leadership has publicly identified combat artificial intelligence as a technology currently under development and the new Su-57 version as a platform intended to help test it, while simultaneously linking the aircraft with the control of the S-70 Okhotnik and future swarm or group systems. The emerging vision is potentially broader than a fighter-drone partnership: it points toward a crewed airborne command platform supervising an increasingly distributed force, with artificial intelligence helping manage information, workload and coordination between its elements. For the future Russian Aerospace Forces, the transition beyond fifth-generation aviation could consequently depend as much on software, autonomy and networked command as on the physical characteristics of the next fighter itself. In this context, the Su-57D could give Sukhoi an intermediate platform on which to develop and progressively mature those technologies before their possible incorporation into future Russian combat-aircraft programs, making the aircraft potentially important not only as a new Su-57 variant but also as a testbed for the human-machine combat architecture envisioned beyond the fifth generation.
Written by Teoman S. Nicanci – Defense Analyst, Army Recognition Group
Teoman S. Nicanci holds degrees in Political Science, Comparative and International Politics, and International Relations and Diplomacy from leading Belgian universities, with research focused on Russian strategic behavior, defense technology, and modern warfare. He is a defense analyst at Army Recognition, specializing in the global defense industry, military armament, and emerging defense technologies.
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Russia’s planned two-seat Su-57D is being developed as an airborne testbed for combat artificial intelligence and control of advanced unmanned aircraft, according to a TASS report published on August 14, 2026. The concept could expand the fighter’s role from a high-performance combat aircraft into a networked command platform able to coordinate manned and unmanned forces during complex air operations.
Sukhoi says the Su-57D could work with highly autonomous systems such as the S-70 Okhotnik and future drone groups while supporting the development of AI-assisted combat functions. This would make the aircraft a key step toward distributed air warfare in which human crews, autonomous platforms and networked sensors operate as a coordinated combat force.
Related Topic: Russia’s New Two-Seat Su-57D Could Redefine Air Superiority Beyond Drone Command Through Networked Combat Control
Russia plans to use the two-seat Su-57D fighter to test combat artificial intelligence for controlling the S-70 Okhotnik and future groups of autonomous combat drones (Picture Source: Russian Social Media / Edited By Army Recognition Group)
On August 14, 2026, Russia’s TASS news agency reported that the future two-seat Su-57 will be used not only to control unmanned aircraft but also to test combat artificial intelligence currently being developed by specialists at the Sukhoi Design Bureau. Sukhoi Design Bureau Director Mikhail Strelets also connected the aircraft with the control of highly intelligent systems, including the S-70 Okhotnik heavy unmanned combat aircraft and future swarm or group systems. The disclosure gives a new dimension to the Su-57D program by placing artificial intelligence, human-machine cooperation and distributed airborne command alongside the traditional performance characteristics of a fifth-generation fighter. More broadly, it offers one of the clearest public indications to date of how Sukhoi may intend to mature technologies associated with the next phase of Russian combat aviation.
Combat AI could make the Su-57D more than a drone-control aircraft
The most important element of Strelets’ statement is the explicit reference to combat artificial intelligence. According to TASS, one of the functions of the new Su-57 version will be to test combat AI that is already under development by Sukhoi specialists. This is materially different from simply announcing that a fighter will receive an AI-enabled subsystem. It suggests that the two-seat Su-57 could also serve as an airborne development and validation environment in which Sukhoi evaluates how artificial intelligence interacts with aircraft systems, mission management and human crews before those technologies reach a higher level of maturity. No detailed architecture, autonomy level, operational timeline or decision-making authority for this combat AI has been disclosed, meaning it should currently be viewed as a development objective rather than a demonstrated operational capability.
From a tactical perspective, the significance of such technology may lie less in replacing the pilot than in expanding the number of tasks, sensors and connected platforms that a human crew can effectively supervise. A future networked formation involving a Su-57D, unmanned aircraft and other connected assets could generate a large volume of sensor tracks, targeting information, electronic-warfare data, platform-status updates and rapidly changing mission priorities. AI-assisted mission management could potentially help organize and prioritize this information, support threat assessment, recommend task distribution and reduce the cognitive burden on the crew. In that model, artificial intelligence would act as an intermediary between the human commander and an increasingly complex combat network, while human operators would remain responsible for higher-level command and mission decisions. This remains an analytical interpretation of Sukhoi’s stated direction rather than a description of a capability confirmed as operational.
Two layers of artificial intelligence could reshape manned-unmanned teaming
Strelets’ comments also point toward a potentially important distinction between combat AI associated with the crewed aircraft and the intelligence embedded within the unmanned systems it may control. TASS reported that the two-seat configuration is considered particularly important for controlling AI-enabled systems such as the S-70 Okhotnik, as well as swarm and group systems, while the other pilot can remain focused on the aircraft’s principal combat mission. Strelets further described airborne UAV control as one of the technologies associated with sixth-generation combat aviation. This could eventually produce two complementary levels of autonomy: individual unmanned platforms capable of performing portions of their missions with increasing independence, and a higher-level AI-assisted command function aboard the Su-57D helping the crew supervise the collective formation.
The reference to swarm and group systems may ultimately be more consequential than the control of a single Okhotnik. A one-to-one relationship between a fighter and an unmanned aircraft remains comparatively manageable, but supervising several intelligent platforms introduces a fundamentally different level of complexity. Multiple aircraft may need to share sensor information, maintain separation, divide surveillance areas, react to changing threats and receive new priorities while continuing their assigned missions. The value of AI in such an environment would come from scalability: instead of requiring an operator to manually control each unmanned aircraft, increasingly autonomous systems could potentially receive broader objectives while software assists the human commander in supervising the overall formation. Sukhoi has not disclosed whether its developing combat AI will perform these specific functions, but its simultaneous emphasis on combat AI and group or swarm control makes this relationship an important area to monitor.
Su-57D may become a technology bridge toward future combat aircraft
This new disclosure builds directly on an earlier Army Recognition analysis published on May 28, 2026, “Russia’s New Two-Seat Su-57D Could Redefine Air Superiority Beyond Drone Command Through Networked Combat Control.” That report assessed that the second cockpit could transform the aircraft into an airborne command-and-control node in which the rear crew member manages UAV coordination, data exchange, target assignment and the wider tactical picture while the pilot concentrates on flying and air combat. Army Recognition also noted that placing a commander aboard the formation could reduce dependence on distant ground control when radio interference, datalink disruption or other communications problems complicate centralized command. Sukhoi’s latest statement adds a further technological layer to that concept: the Su-57D could become not only a controller within a network but also a platform on which the artificial intelligence intended to help manage increasingly complex networks is tested and refined.
This is particularly relevant to Sukhoi’s longer-term development strategy. Rather than waiting for an entirely new fighter design before introducing technologies associated with a future generation, the company could use the Su-57D to progressively mature AI algorithms, human-machine interfaces, unmanned-system supervision and airborne battle-management concepts on an existing high-performance platform. In effect, the aircraft could serve as a bridge between platform-centered fifth-generation aviation and a more software- and network-centered future force structure. If future combat AI is processed locally aboard the aircraft, another possible advantage would be moving more decision-support capability to the tactical edge, potentially allowing parts of sensor interpretation or unmanned-system coordination to continue even when links with remote command infrastructure are degraded. That potential advantage remains an analytical inference; Sukhoi has not publicly detailed the computing architecture or communications model planned for the combat-AI program.
Russia’s future airpower could be defined increasingly by the network around the fighter
The latest AI development can also be considered alongside Army Recognition’s July 6, 2026 report, “Russia’s Su-57 Felon Evolves from Stealth Fighter to High-Capacity Air Defense Interceptor.” That analysis examined unconfirmed open-source imagery indicating possible external air-to-air missile configurations for the Su-57 and assessed that, if authentic, such configurations could reflect a more flexible employment philosophy in which the aircraft sacrifices part of its low-observable advantage for greater missile capacity in defensive missions. Army Recognition explicitly noted that the imagery had not been confirmed by the Russian Ministry of Defense. Taken together with the earlier Su-57D command-aircraft analysis and Sukhoi’s latest acknowledgement of combat-AI development, these developments suggest that the Su-57 family is increasingly relevant not only as an individual fighter platform but also as a potential test vehicle for different combinations of weapons capacity, airborne command, unmanned teaming and advanced software.
Conceptually, the emerging architecture could eventually be understood as three interacting layers: human command aboard the crewed fighter, AI-supported mission management, and distributed unmanned platforms carrying out assigned functions. Such a model would shift part of the measure of combat effectiveness away from the performance of an individual aircraft and toward the ability of the entire formation to collect information, distribute tasks and react collectively. This may also help explain why Sukhoi associates UAV command with technology beyond the fifth generation. Future combat-aircraft development may increasingly be judged not only by stealth, propulsion, sensors and weapons, but also by how effectively a crewed aircraft can connect, command and cooperate with autonomous systems around it. The practical realization of such a concept would nevertheless depend on resilient datalinks, secure communications, sufficient onboard computing power, validated software, effective human-machine interfaces, operator training and successful integration across multiple aircraft types—requirements already highlighted in Army Recognition’s earlier examination of the Su-57D networked-command concept.
Sukhoi’s latest disclosure is significant because it moves the Su-57D discussion beyond the relatively familiar concept of a two-seat fighter controlling a loyal-wingman-type UAV. Through Mikhail Strelets’ statement, Sukhoi Design Bureau leadership has publicly identified combat artificial intelligence as a technology currently under development and the new Su-57 version as a platform intended to help test it, while simultaneously linking the aircraft with the control of the S-70 Okhotnik and future swarm or group systems. The emerging vision is potentially broader than a fighter-drone partnership: it points toward a crewed airborne command platform supervising an increasingly distributed force, with artificial intelligence helping manage information, workload and coordination between its elements. For the future Russian Aerospace Forces, the transition beyond fifth-generation aviation could consequently depend as much on software, autonomy and networked command as on the physical characteristics of the next fighter itself. In this context, the Su-57D could give Sukhoi an intermediate platform on which to develop and progressively mature those technologies before their possible incorporation into future Russian combat-aircraft programs, making the aircraft potentially important not only as a new Su-57 variant but also as a testbed for the human-machine combat architecture envisioned beyond the fifth generation.
Written by Teoman S. Nicanci – Defense Analyst, Army Recognition Group
Teoman S. Nicanci holds degrees in Political Science, Comparative and International Politics, and International Relations and Diplomacy from leading Belgian universities, with research focused on Russian strategic behavior, defense technology, and modern warfare. He is a defense analyst at Army Recognition, specializing in the global defense industry, military armament, and emerging defense technologies.
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