(DEFENCE SECURITY ASIA) — Saab plans to nearly double annual Gripen fighter production from approximately 15 aircraft to between 25 and 30, transforming a comparatively measured manufacturing programme into an accelerated industrial effort shaped by war, rearmament, export demand and increasingly contested airspace.

The proposed expansion would reduce the average final-assembly rhythm from roughly one aircraft every 24 days to approximately one every 12–15 days, creating the throughput required to manage overlapping commitments across Europe, Latin America and Southeast Asia.

Saab chief executive Micael Johansson disclosed the target during the company’s second-quarter 2026 earnings call, declaring, “We are aiming for somewhere between 25 and 30 across the year,” while describing the planned output as an almost twofold capacity increase.

Although Saab has not publicly committed to a precise year for reaching maximum output, Johansson expressed confidence that current investments could support the higher production rate, making supplier readiness, skilled labour, inventories and assembly capacity decisive constraints upon execution.

The expansion is being accelerated principally by Ukraine’s requirement for modern combat aircraft, Sweden’s resulting replenishment needs and a broader European procurement cycle driven by Russia’s invasion, deteriorating regional security and renewed emphasis on credible NATO deterrence.

Saab’s second-quarter order backlog reached approximately SEK318 billion, while Aeronautics sales increased 31 percent year-on-year as Gripen deliveries, production activity and tactical software development combined with wider defence demand to strengthen the company’s long-term manufacturing outlook.

Ukraine’s initial procurement of 16 newly built Gripen E fighters, valued at approximately US$2.5 billion or RM10 billion, represents the principal near-term accelerator, but the wider ambition covering potentially 100–150 aircraft could transform Saab’s export and production trajectory.

That ambition remains separate from the firm 16-aircraft contract, meaning subsequent batches, financing arrangements and delivery schedules must not be treated as guaranteed, even as political statements indicate that Kyiv, Stockholm and Saab envisage a considerably larger programme.

The Gripen production surge carries consequences beyond aircraft numbers because fighter availability now depends increasingly upon supply-chain resilience, dispersed maintenance, software iteration, weapons integration and the capacity to regenerate sorties after airbases, depots and communications networks are attacked.

Gripen E combines the Leonardo Raven ES-05 active electronically scanned array radar, infrared search-and-track capability, electronic warfare systems and Meteor beyond-visual-range missiles with a software-defined architecture intended to support rapid capability improvements against evolving aerial and electromagnetic threats.

Its ability to operate from highways, short runways and austere locations reflects Sweden’s Bas 90 dispersal concept, giving operators an alternative force-posture model when concentrated airbases become vulnerable to cruise missiles, ballistic missiles, drones and persistent surveillance.

Saab’s central challenge is therefore not simply doubling assembly speed, but expanding an entire combat-aircraft ecosystem without eroding quality, delivery reliability or sustainment capacity as Ukraine, Sweden, Brazil, Colombia and Thailand simultaneously compete for aircraft, training, spares and technical support.

Ukraine Becomes the Primary Catalyst for Gripen E Expansion

Sweden and Ukraine signed a letter of intent in October 2025 outlining the possible acquisition of 100–150 Gripen E fighters, establishing a long-term political framework that could become Saab’s largest export programme if financing, production and operational requirements converge.

A firm contract signed on June 30, 2026, through Sweden’s Defence Materiel Administration covers 16 new Gripen E aircraft, spare parts and associated equipment, with deliveries scheduled for 2029–2030 and the order expected within Saab’s third-quarter results.

Johansson described the agreement as “the first batch” and confirmed that work continued on subsequent tranches, but this formulation signals programme direction rather than a binding commitment covering the entire 100–150-aircraft ambition repeatedly referenced by President Volodymyr Zelenskyy.

Ukraine’s requirement is strategically urgent because maintaining a viable combat-aircraft fleet under sustained Russian pressure demands more than replacement airframes, requiring trained pilots, protected maintenance infrastructure, interoperable weapons, secure mission-data systems and a dependable stream of consumable components.

Pilot training in Sweden has already begun, providing an essential foundation for eventual operations, although converting personnel onto Gripen while establishing Ukrainian maintenance, command-and-control and weapons-support structures will remain a demanding process extending beyond the physical delivery of aircraft.

Sweden also plans to transfer 16 older Gripen C/D fighters from its inventory beginning in early 2027, potentially giving Ukraine an earlier operational pathway while new-build Gripen E aircraft progress through production, testing, acceptance and delivery.

The C/D donation would impose its own readiness cost upon Sweden, encouraging plans for approximately 12 additional Gripen E fighters and potentially raising the country’s intended E-model fleet from 60 aircraft toward 72 to restore domestic combat capacity.

This interaction creates a mutually reinforcing production cycle because Ukraine’s immediate requirements remove aircraft from Swedish service, Sweden consequently needs replacements, and both customers then increase demand for Saab airframes, engines, avionics, spares, training systems and engineering support.

Gripen’s attraction for Ukraine derives partly from its dispersed-operating philosophy, which could complicate Russian targeting by moving aircraft among highways and austere strips, although survivability would still depend upon deception, mobility, air defence and disciplined electromagnetic emissions.

If the wider Ukrainian ambition becomes contractual, Saab would face a generational manufacturing commitment whose strategic effect could extend beyond Ukraine, anchoring a European combat-aircraft supply chain less dependent upon American platforms while increasing pressure upon Swedish production capacity.

European Rearmament Turns Fighter Production into Strategic Infrastructure

European Union defence expenditure reached an estimated €418 billion in 2025, representing approximately 2.2 percent of combined gross domestic product and nearly 20 percent annual growth, while projected 2026 spending of €454 billion indicates that rearmament is becoming structurally embedded.

The ReArm Europe and Readiness 2030 framework seeks to enable as much as €800 billion in additional defence expenditure by 2030, while SAFE financing of up to €150 billion could support collective procurement and strengthen demand for European-manufactured capabilities.

These figures do not automatically translate into Gripen orders because governments must reconcile budgets, force structures, industrial participation and alliance requirements, but they create a procurement environment substantially more favourable to combat-aircraft investment than existed before Russia’s invasion.

Sweden’s NATO membership adds another strategic dimension because domestic Gripen capacity now supports both national territorial defence and alliance air planning across the Baltic region, where dispersed operations could preserve sortie generation during strikes against established operating bases.

Saab has linked strong demand for defence and deterrence capabilities to the Ukraine war, Middle Eastern instability and a more complex security environment, suggesting customers increasingly view production capacity itself as an element of military credibility and long-term national resilience.

The SEK318 billion order backlog illustrates the depth of demand, yet backlog value alone does not guarantee timely delivery because aerospace output depends upon specialised suppliers, certified components, trained technicians, production tooling and quality assurance across multiple industrial tiers.

Expanding output from approximately 15 to 25–30 Gripens annually therefore requires Saab to strengthen inventories and qualify redundant suppliers, reducing the probability that a single component shortage could interrupt deliveries across several politically sensitive customer programmes.

Such redundancy carries financial costs but addresses a lesson reinforced by contemporary warfare: sophisticated aircraft without replacement parts, weapons, software support and maintenance capacity can rapidly become unavailable despite remaining technically intact within a national inventory.

A higher production rate could shorten queues for future customers and improve Saab’s competitiveness against the F-16, Rafale and F-35, particularly where governments prioritise delivery timing, sovereign support arrangements, operating affordability and industrial participation alongside combat performance.

However, Saab must avoid expanding beyond sustainable demand because prospective Ukrainian batches, additional Brazilian aircraft, Thailand’s wider plan and possible Canadian interest remain different in contractual maturity, making production planning dependent upon separating firm orders from political intent.

Gripen’s Dispersed-Warfare Design Addresses the Modern Airbase Threat

Gripen was conceived for operations after attacks against Sweden’s principal airbases, and its ability to use highways, short runways and austere strips now carries renewed relevance as precision missiles and drones expose concentrated aviation infrastructure to repeated disruption.

Small ground crews can reportedly refuel and rearm the aircraft within approximately 10–20 minutes under optimised conditions, enabling rapid regeneration, but wartime effectiveness would still require distributed fuel, munitions, communications, security teams and mobile maintenance equipment.

This logistics footprint is smaller than that demanded by many heavier aircraft, potentially allowing commanders to distribute combat power across more operating locations and complicate enemy targeting, while reducing dependence upon a limited number of large, recognisable support installations.

Dispersal does not make Gripen invulnerable because satellites, unmanned aircraft, signals intelligence and human reconnaissance can identify temporary bases, making camouflage, movement discipline, emission control and layered ground-based air defence essential to survivable operations.

The Leonardo Raven ES-05 AESA radar supports electronic beam steering and expanded situational awareness, while infrared search-and-track capability provides a passive detection option whose value increases when active radar emissions could reveal aircraft positions within contested electromagnetic environments.

Gripen E’s electronic warfare suite is designed for sophisticated threat conditions, yet performance against particular Russian systems cannot be assumed from specifications alone because combat effectiveness depends upon current threat libraries, intelligence quality, tactics and continuous software adaptation.

Its software-defined architecture allows capability improvements without redesigning the entire aircraft, potentially accelerating responses to new radar modes, electronic countermeasures and weapons requirements while reducing the operational penalty associated with lengthy conventional modification cycles.

Compatibility with Meteor long-range air-to-air missiles provides Gripen operators with a networked beyond-visual-range engagement capability, although actual advantage depends upon targeting data, rules of engagement, electronic warfare conditions, airborne warning support and sufficient weapon inventories.

Public estimates have placed operating costs near US$8,000 or RM32,000 per flight hour in some contexts, but cross-platform comparisons remain uncertain because accounting methods, mission profiles, support packages and national operating practices vary considerably.

Gripen’s operational proposition therefore rests upon the combined effect of sensors, weapons, electronic warfare, distributed basing and manageable sustainment rather than any isolated specification, positioning the platform for countries expecting prolonged operations under missile and logistics pressure.

Concurrent Orders Create an International Production and Delivery Test

Sweden’s original requirement covers 60 Gripen E fighters, with deliveries continuing as the air force introduces the new variant, while the prospective addition of approximately 12 aircraft would compensate for transferred C/D airframes and expand domestic demand toward 72.

Brazil’s 2014 contract includes 36 aircraft comprising 28 single-seat Gripen E and eight twin-seat Gripen F variants, with approximately 11 delivered by mid-2026 and 15 scheduled for final assembly within Brazil under an extensive technology-transfer arrangement.

The first fully Brazilian-assembled Gripen E emerged from Embraer’s Gavião Peixoto facility in March 2026, while the first Gripen F two-seater followed during the second quarter, demonstrating that the partnership is moving from technology absorption toward tangible production output.

Brazilian officials have expressed interest in approximately 20 additional aircraft, and a July 2026 framework between Saab and Embraer envisages their possible manufacture in Brazil, but the proposal remains prospective until negotiations produce a final contract and financing commitment.

A follow-on purchase could increase Brazil’s Gripen fleet toward 56 aircraft and strengthen Gavião Peixoto as a regional production hub, giving Saab additional industrial depth while potentially supporting Latin American customers without routing every manufacturing activity through Sweden.

Colombia ordered 17 Gripen E/F aircraft in November 2025, comprising 15 single-seat fighters and two twin-seat variants, to replace its ageing Kfir fleet through a package covering aircraft, weapons, training, services and wide-ranging industrial offset commitments.

The Colombian agreement was valued at approximately €3.1 billion, but its broad inclusion of equipment and services means comparisons with airframe-only prices would be misleading, while scheduled deliveries extending to 2032 will overlap with several other Saab commitments.

Thailand’s first batch comprises three Gripen E fighters and one Gripen F under a contract worth approximately US$550 million or RM2.2 billion, with equipment, training and support incorporated into deliveries scheduled across the 2025–2030 period.

Bangkok ultimately plans as many as 12 new aircraft under the Peace Burapha programme, building upon an existing Gripen C/D squadron and Saab Erieye airborne early-warning capability, although eight prospective fighters beyond the initial batch are not yet firm orders.

These overlapping programmes create a sequencing problem involving airframes, pilots, simulators, weapons, maintenance personnel and support infrastructure, meaning Saab’s production expansion must increase not only factory throughput but also the capacity of its entire international delivery ecosystem.

Higher Output Could Reposition Gripen Across the Global Fighter Market

Hungary completed delivery of four additional Gripen C fighters in June 2026, bringing its fleet to 18 aircraft, while continuing support and MS20 Block 2 upgrades demonstrate that legacy C/D sustainment remains an industrial obligation alongside expanding E/F production.

The Hungarian modernisation includes improved radar capability, Link 16 connectivity and Mode 5 identification friend-or-foe functionality, extending operational relevance into the mid-2030s while requiring Saab to balance legacy-fleet support against resources needed for new aircraft manufacturing.

Moving toward 30 Gripens annually could strengthen Saab’s position in competitions where customers fear extended delivery queues, especially because combat-aircraft procurement decisions increasingly weigh industrial responsiveness and wartime replenishment capacity alongside stealth, sensors, weapons and aerodynamic performance.

Gripen offers governments a European alternative capable of reducing exclusive dependence upon American aircraft, but diversification also introduces separate training, supply and weapons-integration requirements that can offset advantages unless customers possess sufficient fleet scale and technical capacity.

Brazil’s technology-transfer model illustrates Saab’s willingness to support local industrial participation, potentially appealing to states seeking aerospace capability rather than finished aircraft alone, although deeper localisation can complicate quality control, certification, scheduling and intellectual-property arrangements.

The dual Sweden–Brazil production structure could provide strategic resilience by distributing manufacturing activity across two continents, yet it will only relieve Swedish bottlenecks if supply chains, engineering standards, component flows and final-assembly responsibilities remain closely coordinated.

Potential Canadian interest in a mixed fighter fleet has been discussed, but without a firm order it should be viewed as market opportunity rather than production demand, especially because fleet integration, infrastructure and alliance interoperability would require extensive national evaluation.

Further Ukrainian batches would exert much greater pressure because the scale under discussion exceeds current export commitments, potentially requiring additional facilities, supplier expansion and workforce growth while compelling Saab to preserve deliveries for smaller customers already holding contractual positions.

Johansson’s production target consequently represents strategic signalling to governments as much as an internal manufacturing objective, demonstrating that Saab intends to compete for the rearmament cycle by offering both combat capability and a credible pathway toward accelerated delivery.

If Saab successfully reaches 25–30 aircraft annually without degrading quality or sustainment, Gripen could gain greater influence across NATO and partner air forces, but failure to align orders, suppliers and logistics would convert exceptional demand into prolonged queues and operational disappointment.