Ukraine signs $2.5 Billion deal for 16 Saab Gripen E fighter jets with Sweden to repel Russian attacks
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On June 30, 2026, Ukraine and Sweden finalized a landmark procurement agreement for 16 newly manufactured Saab Gripen E multirole fighter aircraft to systematically modernize the Ukrainian Air Force’s long-term combat capabilities. This structured, financed acquisition transforms a previous political commitment into a concrete multi-billion dollar program encompassing advanced aircraft, comprehensive training pipelines, and technical sustainment infrastructure. The two-phase integration framework incorporates a transitional batch of donated Gripen C/D models to mitigate operational adaptation risks before the more complex, software-defined Gripen E fleet enters direct frontline service.
The SEK 24.6 billion ($2.5 billion) contract funded via an EU loan facility covers 16 advanced Gripen E fighters scheduled for factory delivery between 2029 and 2030 alongside dedicated maintenance, mission software, and logistics support assets. To bridge operational deployment timelines, Ukraine will introduce an initial interim fleet of 16 donated Gripen C/D variants starting in early 2027 to establish pilot conversion, maintenance infrastructure, and dispersed road-base mechanics.
Related topic: Ukraine to acquire 20 Saab Gripen E/F fighter jets from Sweden via €2.5 billion EU loan
The Gripen E can use runways of about 800 metres, and air-to-air turnaround can be completed in about 10 minutes with small maintenance teams and limited ground equipment. (Picture source: Saab)
On June 30, 2026, Ukraine and Sweden signed a procurement agreement for 16 newly built Saab Gripen E multirole fighters, moving the programme from a political commitment under Sweden’s Support Package 22 to a financed acquisition with aircraft, training, equipment, sustainment and a two-step introduction schedule. The agreement was signed by Ukrainian Deputy Defence Minister Sergiy Boyev and Swedish Defence Materiel Administration (FMV) Director General Mikael Granholm, with President Volodymyr Zelenskyy and Swedish Defence Minister Pål Jonson present. Saab signed the enabling production contract with FMV on the same day, with an order value of SEK 24.6 billion, equivalent to about $2.5 billion and €2.3 to 2.5 billion.
The financial structure combines an EU loan facility with UK support, while Sweden funds replacement Gripen E aircraft for its own air force to offset the planned transfer of 16 Gripen C/D fighters from Swedish Air Force stocks. Ukraine will therefore receive two batches of Gripen: 16 Gripen C/Ds beginning in early 2027, followed by 16 newly produced Gripen Es in 2029-2030. This schedule gives Ukraine almost two years to train pilots, technicians, armourers and logistics personnel on the C/D before the more complex Gripen E enters service, reducing the risk of receiving modern aircraft faster than the force can operate and sustain them.
The SEK 24.6 billion contract covers 16 Gripen E fighters, spare parts, associated equipment, mission equipment, ground support assets, software support, logistics and technical assistance. The average package value is about SEK 1.54 billion per aircraft, although that figure includes more than the aircraft itself and cannot be read as a clean flyaway price. Saab will deliver the fighters to FMV, and FMV will transfer them to Ukraine under the bilateral framework, which keeps the handover, support chain and Swedish state responsibility aligned. Deliveries in 2029-2030 reflect the limits of Saab’s production system, not Ukrainian urgency. Sweden already has its own Gripen E program, Brazil is also producing and receiving Gripen E/F aircraft, and future capacity depends on F414 engine supply, AESA radar production, electronic warfare components, avionics integration and final assembly throughput.
Ukraine becomes another Gripen E customer after Sweden, Brazil, Thailand and Colombia, but its requirement is more demanding because the aircraft will enter a wartime air force that is already operating Soviet-designed fighters, Western F-16s and Mirage 2000-5Fs at the same time. The two-phase transition is operationally important because the Gripen C/D gives Ukraine a usable bridge before the Gripen E arrives. The 16 Gripen C/Ds expected from early 2027 can support pilot conversion, maintenance training, weapons handling, dispersed-basing practice and initial combat employment. The Gripen E is not just a C/D with newer electronics; it has a larger fuselage, more internal fuel, a different engine, revised landing gear, 10 hardpoints, a new AESA radar, an IRST sensor and a more advanced electronic warfare suite.
Still, the two variants share enough cockpit philosophy, operating logic and Swedish maintenance procedures to make the transition faster than introducing an unrelated fighter family. For Ukraine, that matters because pilot and technician capacity is already stretched across MiG-29, Su-27, Su-24, Su-25, F-16AM/BM MLU and Mirage 2000-5F fleets. The 24-month gap between the first Gripen C/D deliveries and the Gripen E deliveries gives Ukraine time to build a dedicated training pipeline, spare parts system, sortie-generation routine and weapons integration process before the newer aircraft arrive. The E variant improves the Gripen’s performance margins in ways that are directly relevant to Ukraine’s air war. The General Electric F414-GE-39E replaces the RM12 engine, raising maximum thrust from about 80 kN to 98 kN, or 22,000 lbf.
Internal fuel rises from about 3.4 tonnes on the Gripen C/D to about 5.4 tonnes on the Gripen E, an increase close to 60% without external tanks. Maximum take-off weight rises from about 14,000 kg to 16,500 kg, while external payload reaches about 7.2 tonnes across 10 hardpoints. These changes allow the Gripen E to combine air-to-air missiles, external tanks, electronic warfare or reconnaissance pods and precision-guided weapons with fewer compromises than older Gripen variants. For Ukraine, the key point is not only speed or payload, but persistence and flexibility: more internal fuel gives longer patrol time, more hardpoints allow mixed mission loads, and higher thrust helps preserve performance when the aircraft carries heavier weapons. The software-defined avionics architecture also matters because Ukraine’s fleet will need frequent adaptation as weapons, datalinks, jamming threats, and mission priorities have already changed several times during this long war.
The Gripen E’s combat systems would give Ukraine capabilities that its Soviet-designed fighters cannot provide at the same level. The Leonardo ES-05 Raven AESA radar uses a mechanically repositioned swashplate, allowing the radar to scan farther off the aircraft’s nose than a fixed AESA array. That can help a pilot maintain radar coverage while turning away, supporting missile employment while reducing exposure. The Skyward-G IRST provides passive target detection, useful when radar emissions could reveal the aircraft’s position or when electronic attack reduces radar performance. The Arexis electronic warfare suite combines radar warning, digital jamming, emitter geolocation, missile warning sensors, and automated countermeasure management with 360-degree coverage. This is relevant against Russian long-range surface-to-air missile systems, fighter radars, airborne interceptors and electronic warfare assets operating along the front.
Weapons integration gives the Gripen E access to Meteor, IRIS-T, AIM-120 AMRAAM, precision-guided bombs, reconnaissance pods and anti-ship weapons. The Meteor missile is especially important because its ramjet propulsion preserves energy during the terminal phase better than conventional rocket-powered missiles, increasing the threat to Russian aircraft launching glide bombs from stand-off ranges. With Saab 340 Erieye AEW&C support, Gripen pilots could receive target tracks and engagement cues without relying only on their own radar, improving cooperative interception and reducing the need for continuous fighter radar emissions. The aircraft’s basing model fits Ukraine’s wartime requirements more closely than many heavier fighters. The Gripen was designed for Sweden’s Bas 90 concept, which assumed that large airbases would be attacked early and that fighters would need to operate from roads, short strips and dispersed sites.
The aircraft can use runways of about 800 metres, and air-to-air turnaround can be completed in about 10 minutes with small maintenance teams and limited ground equipment. Maintenance procedures focus on replacing line-replaceable units quickly rather than conducting complex repairs near the aircraft. This reduces the amount of infrastructure required at forward or temporary sites. Since February 2022, Russia has repeatedly targeted Ukrainian runways, shelters, fuel storage, maintenance depots and command facilities with ballistic missiles, cruise missiles and drones. Dispersed Gripen operations would not eliminate those threats, but they would reduce the value of striking a single fixed base and make Ukrainian sortie generation less dependent on a small number of prepared airfields.
The weakness is logistics: dispersed operations only work if fuel, weapons, spare parts, ground crews, communications, and air defense protection can also move and survive. Industrial capacity is the main constraint on any expansion beyond the first 32 Gripens. Saab must satisfy Swedish and Brazilian production needs, while Thailand and Colombia have also entered the Gripen E/F customer base. Any larger Ukrainian requirement would compete for the same engines, radar components, electronic warfare systems, mission computers, flight-test capacity and trained assembly labour. The possible Canadian Gripen procurement could change that equation if it leads to an additional final assembly line, creating manufacturing throughput beyond Sweden and Brazil.
Without additional capacity, a Ukrainian objective of 100 to 150 Gripen fighters would take many years and would require sustained financing, long-term weapons procurement, simulator capacity, pilot production and a reliable wartime sustainment chain. The first 16 Gripen Es and 16 Gripen C/Ds would give Ukraine a 32-aircraft Gripen fleet, but the combat value of that fleet will depend on availability rates, missile stocks, electronic warfare updates, spare engines, radar maintenance and the ability to protect dispersed operating locations. The programme also sits beside Ukraine’s F-16AM/BM MLU and Mirage 2000-5F fleets, meaning Kyiv is moving toward a mixed Western fighter force that improves capability but increases training, logistics and maintenance complexity.
The strategic effect of the June 30 agreement is therefore not limited to the delivery of 16 new aircraft. It gives Ukraine a structured path from Soviet-designed combat aviation toward a mixed Western force built around F-16, Mirage 2000-5F, Gripen C/D, Gripen E/F and potentially Rafale F4. The Gripen contributes different strengths from the F-16 and Mirage 2000: dispersed operations, lower ground-support burden, Meteor compatibility, strong electronic warfare integration and a design philosophy built around operations from austere locations. It also creates new dependencies on Swedish support, Saab software updates, F414 engine supply, NATO-standard weapons and long-term financing.
Sweden’s package connects fighter procurement with pilot training, sustainment, logistics, air defense cooperation, drone cooperation and European missile defence work, making it part of a broader Ukrainian force-development effort rather than an isolated aircraft deal. If the 2027-2030 transition is implemented on schedule, Ukraine will gain a more survivable and networked fighter force, but the decisive issue will be whether Gripen deliveries are matched by trained crews, weapons stocks, spare parts, protected basing, airborne early warning support and enough maintenance depth to generate sorties under Russian missile and drone pressure.
Written by Jérôme Brahy
Jérôme Brahy is a defense analyst and documentalist at Army Recognition. He specializes in naval modernization, aviation, drones, armored vehicles, and artillery, with a focus on strategic developments in the United States, China, Ukraine, Russia, Türkiye, and Belgium. His analyses go beyond the facts, providing context, identifying key actors, and explaining why defense news matters on a global scale.
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On June 30, 2026, Ukraine and Sweden finalized a landmark procurement agreement for 16 newly manufactured Saab Gripen E multirole fighter aircraft to systematically modernize the Ukrainian Air Force’s long-term combat capabilities. This structured, financed acquisition transforms a previous political commitment into a concrete multi-billion dollar program encompassing advanced aircraft, comprehensive training pipelines, and technical sustainment infrastructure. The two-phase integration framework incorporates a transitional batch of donated Gripen C/D models to mitigate operational adaptation risks before the more complex, software-defined Gripen E fleet enters direct frontline service.
The SEK 24.6 billion ($2.5 billion) contract funded via an EU loan facility covers 16 advanced Gripen E fighters scheduled for factory delivery between 2029 and 2030 alongside dedicated maintenance, mission software, and logistics support assets. To bridge operational deployment timelines, Ukraine will introduce an initial interim fleet of 16 donated Gripen C/D variants starting in early 2027 to establish pilot conversion, maintenance infrastructure, and dispersed road-base mechanics.
Related topic: Ukraine to acquire 20 Saab Gripen E/F fighter jets from Sweden via €2.5 billion EU loan
The Gripen E can use runways of about 800 metres, and air-to-air turnaround can be completed in about 10 minutes with small maintenance teams and limited ground equipment. (Picture source: Saab)
On June 30, 2026, Ukraine and Sweden signed a procurement agreement for 16 newly built Saab Gripen E multirole fighters, moving the programme from a political commitment under Sweden’s Support Package 22 to a financed acquisition with aircraft, training, equipment, sustainment and a two-step introduction schedule. The agreement was signed by Ukrainian Deputy Defence Minister Sergiy Boyev and Swedish Defence Materiel Administration (FMV) Director General Mikael Granholm, with President Volodymyr Zelenskyy and Swedish Defence Minister Pål Jonson present. Saab signed the enabling production contract with FMV on the same day, with an order value of SEK 24.6 billion, equivalent to about $2.5 billion and €2.3 to 2.5 billion.
The financial structure combines an EU loan facility with UK support, while Sweden funds replacement Gripen E aircraft for its own air force to offset the planned transfer of 16 Gripen C/D fighters from Swedish Air Force stocks. Ukraine will therefore receive two batches of Gripen: 16 Gripen C/Ds beginning in early 2027, followed by 16 newly produced Gripen Es in 2029-2030. This schedule gives Ukraine almost two years to train pilots, technicians, armourers and logistics personnel on the C/D before the more complex Gripen E enters service, reducing the risk of receiving modern aircraft faster than the force can operate and sustain them.
The SEK 24.6 billion contract covers 16 Gripen E fighters, spare parts, associated equipment, mission equipment, ground support assets, software support, logistics and technical assistance. The average package value is about SEK 1.54 billion per aircraft, although that figure includes more than the aircraft itself and cannot be read as a clean flyaway price. Saab will deliver the fighters to FMV, and FMV will transfer them to Ukraine under the bilateral framework, which keeps the handover, support chain and Swedish state responsibility aligned. Deliveries in 2029-2030 reflect the limits of Saab’s production system, not Ukrainian urgency. Sweden already has its own Gripen E program, Brazil is also producing and receiving Gripen E/F aircraft, and future capacity depends on F414 engine supply, AESA radar production, electronic warfare components, avionics integration and final assembly throughput.
Ukraine becomes another Gripen E customer after Sweden, Brazil, Thailand and Colombia, but its requirement is more demanding because the aircraft will enter a wartime air force that is already operating Soviet-designed fighters, Western F-16s and Mirage 2000-5Fs at the same time. The two-phase transition is operationally important because the Gripen C/D gives Ukraine a usable bridge before the Gripen E arrives. The 16 Gripen C/Ds expected from early 2027 can support pilot conversion, maintenance training, weapons handling, dispersed-basing practice and initial combat employment. The Gripen E is not just a C/D with newer electronics; it has a larger fuselage, more internal fuel, a different engine, revised landing gear, 10 hardpoints, a new AESA radar, an IRST sensor and a more advanced electronic warfare suite.
Still, the two variants share enough cockpit philosophy, operating logic and Swedish maintenance procedures to make the transition faster than introducing an unrelated fighter family. For Ukraine, that matters because pilot and technician capacity is already stretched across MiG-29, Su-27, Su-24, Su-25, F-16AM/BM MLU and Mirage 2000-5F fleets. The 24-month gap between the first Gripen C/D deliveries and the Gripen E deliveries gives Ukraine time to build a dedicated training pipeline, spare parts system, sortie-generation routine and weapons integration process before the newer aircraft arrive. The E variant improves the Gripen’s performance margins in ways that are directly relevant to Ukraine’s air war. The General Electric F414-GE-39E replaces the RM12 engine, raising maximum thrust from about 80 kN to 98 kN, or 22,000 lbf.
Internal fuel rises from about 3.4 tonnes on the Gripen C/D to about 5.4 tonnes on the Gripen E, an increase close to 60% without external tanks. Maximum take-off weight rises from about 14,000 kg to 16,500 kg, while external payload reaches about 7.2 tonnes across 10 hardpoints. These changes allow the Gripen E to combine air-to-air missiles, external tanks, electronic warfare or reconnaissance pods and precision-guided weapons with fewer compromises than older Gripen variants. For Ukraine, the key point is not only speed or payload, but persistence and flexibility: more internal fuel gives longer patrol time, more hardpoints allow mixed mission loads, and higher thrust helps preserve performance when the aircraft carries heavier weapons. The software-defined avionics architecture also matters because Ukraine’s fleet will need frequent adaptation as weapons, datalinks, jamming threats, and mission priorities have already changed several times during this long war.
The Gripen E’s combat systems would give Ukraine capabilities that its Soviet-designed fighters cannot provide at the same level. The Leonardo ES-05 Raven AESA radar uses a mechanically repositioned swashplate, allowing the radar to scan farther off the aircraft’s nose than a fixed AESA array. That can help a pilot maintain radar coverage while turning away, supporting missile employment while reducing exposure. The Skyward-G IRST provides passive target detection, useful when radar emissions could reveal the aircraft’s position or when electronic attack reduces radar performance. The Arexis electronic warfare suite combines radar warning, digital jamming, emitter geolocation, missile warning sensors, and automated countermeasure management with 360-degree coverage. This is relevant against Russian long-range surface-to-air missile systems, fighter radars, airborne interceptors and electronic warfare assets operating along the front.
Weapons integration gives the Gripen E access to Meteor, IRIS-T, AIM-120 AMRAAM, precision-guided bombs, reconnaissance pods and anti-ship weapons. The Meteor missile is especially important because its ramjet propulsion preserves energy during the terminal phase better than conventional rocket-powered missiles, increasing the threat to Russian aircraft launching glide bombs from stand-off ranges. With Saab 340 Erieye AEW&C support, Gripen pilots could receive target tracks and engagement cues without relying only on their own radar, improving cooperative interception and reducing the need for continuous fighter radar emissions. The aircraft’s basing model fits Ukraine’s wartime requirements more closely than many heavier fighters. The Gripen was designed for Sweden’s Bas 90 concept, which assumed that large airbases would be attacked early and that fighters would need to operate from roads, short strips and dispersed sites.
The aircraft can use runways of about 800 metres, and air-to-air turnaround can be completed in about 10 minutes with small maintenance teams and limited ground equipment. Maintenance procedures focus on replacing line-replaceable units quickly rather than conducting complex repairs near the aircraft. This reduces the amount of infrastructure required at forward or temporary sites. Since February 2022, Russia has repeatedly targeted Ukrainian runways, shelters, fuel storage, maintenance depots and command facilities with ballistic missiles, cruise missiles and drones. Dispersed Gripen operations would not eliminate those threats, but they would reduce the value of striking a single fixed base and make Ukrainian sortie generation less dependent on a small number of prepared airfields.
The weakness is logistics: dispersed operations only work if fuel, weapons, spare parts, ground crews, communications, and air defense protection can also move and survive. Industrial capacity is the main constraint on any expansion beyond the first 32 Gripens. Saab must satisfy Swedish and Brazilian production needs, while Thailand and Colombia have also entered the Gripen E/F customer base. Any larger Ukrainian requirement would compete for the same engines, radar components, electronic warfare systems, mission computers, flight-test capacity and trained assembly labour. The possible Canadian Gripen procurement could change that equation if it leads to an additional final assembly line, creating manufacturing throughput beyond Sweden and Brazil.
Without additional capacity, a Ukrainian objective of 100 to 150 Gripen fighters would take many years and would require sustained financing, long-term weapons procurement, simulator capacity, pilot production and a reliable wartime sustainment chain. The first 16 Gripen Es and 16 Gripen C/Ds would give Ukraine a 32-aircraft Gripen fleet, but the combat value of that fleet will depend on availability rates, missile stocks, electronic warfare updates, spare engines, radar maintenance and the ability to protect dispersed operating locations. The programme also sits beside Ukraine’s F-16AM/BM MLU and Mirage 2000-5F fleets, meaning Kyiv is moving toward a mixed Western fighter force that improves capability but increases training, logistics and maintenance complexity.
The strategic effect of the June 30 agreement is therefore not limited to the delivery of 16 new aircraft. It gives Ukraine a structured path from Soviet-designed combat aviation toward a mixed Western force built around F-16, Mirage 2000-5F, Gripen C/D, Gripen E/F and potentially Rafale F4. The Gripen contributes different strengths from the F-16 and Mirage 2000: dispersed operations, lower ground-support burden, Meteor compatibility, strong electronic warfare integration and a design philosophy built around operations from austere locations. It also creates new dependencies on Swedish support, Saab software updates, F414 engine supply, NATO-standard weapons and long-term financing.
Sweden’s package connects fighter procurement with pilot training, sustainment, logistics, air defense cooperation, drone cooperation and European missile defence work, making it part of a broader Ukrainian force-development effort rather than an isolated aircraft deal. If the 2027-2030 transition is implemented on schedule, Ukraine will gain a more survivable and networked fighter force, but the decisive issue will be whether Gripen deliveries are matched by trained crews, weapons stocks, spare parts, protected basing, airborne early warning support and enough maintenance depth to generate sorties under Russian missile and drone pressure.
Written by Jérôme Brahy
Jérôme Brahy is a defense analyst and documentalist at Army Recognition. He specializes in naval modernization, aviation, drones, armored vehicles, and artillery, with a focus on strategic developments in the United States, China, Ukraine, Russia, Türkiye, and Belgium. His analyses go beyond the facts, providing context, identifying key actors, and explaining why defense news matters on a global scale.
Explore More Defense News
• Land Defense News
• Naval Defense News
• Defense Aerospace News
