Typhoon vs Gripen: Europe's Fighter Jet Rivals

When a nation decides to buy a new fighter jet, two European options dominate the conversation alongside the American F-35: the Eurofighter Typhoon and the Saab JAS 39 Gripen. On paper, they look like they shouldn't even be in the same competition. The Typhoon is a large, twin-engine, air superiority fighter that can supercruise, sustain supersonic flight without afterburner. The Gripen is a small, single-engine multirole fighter designed to operate from highways, be maintained by conscript mechanics, and cost a fraction of its competitors. Yet they compete head-to-head for contracts around the world, and the choice between them reveals fundamental questions about what air power is for and how much a nation can afford to spend on it.

Two Philosophies, One Mission

The Typhoon was born from the Cold War. In the 1980s, Britain, Germany, Italy, and Spain launched a joint program to build a fighter that could counter the Soviet Union's latest air superiority threats, the Su-27 Flanker and MiG-29 Fulcrum. The requirement was unambiguous: the new fighter had to achieve air dominance. It needed to outperform everything the Soviets had in the air-to-air arena. Ground attack was an afterthought, the Typhoon was designed as an air superiority fighter first, with multirole capabilities added later.

The Gripen was born from Swedish neutrality. Sweden, sandwiched between NATO and the Warsaw Pact, needed a fighter that could defend its airspace independently, without relying on allied support, massive logistics infrastructure, or permanent airbases that would be destroyed in the first hours of a Soviet attack. The Gripen had to be cheap enough to buy in large numbers, simple enough to maintain with conscript ground crews, and rugged enough to operate from dispersed highway strips cleared of snow by civilian plows. It had to be a genuine multirole aircraft from day one: fighter, attack aircraft, and reconnaissance platform in a single airframe.

These different origins produced fundamentally different aircraft.

The Typhoon: Power and Performance

The Eurofighter Typhoon is a large, twin-engine, canard-delta fighter powered by two Eurojet EJ200 turbofan engines producing 20,000 pounds of thrust each in afterburner. The aircraft has a maximum speed of Mach 2.0 and can supercruise at approximately Mach 1.5, sustaining supersonic speed without afterburner, which dramatically reduces fuel consumption and extends supersonic range, and eliminates the telltale infrared signature of afterburner plumes.

The Typhoon is aerodynamically optimized for the air-to-air mission. Its delta wing and close-coupled canards, combined with a digital fly-by-wire system managing extreme relaxed static stability, give it outstanding instantaneous and sustained turn rates. The aircraft can pull 9G across a wide range of the flight envelope and maintains excellent energy in sustained maneuvers. In within-visual-range combat, the classic dogfight, the Typhoon is among the most capable fighters in the world.

The CAPTOR-E radar, an active electronically scanned array (AESA) being retrofitted across the fleet, provides advanced air-to-air and air-to-ground capabilities. The radar can track multiple targets simultaneously, guide multiple missiles at once, and provide high-resolution ground mapping for precision strike. Combined with the PIRATE infrared search and track (IRST) system, the Typhoon has excellent situational awareness across multiple sensor domains.

The Typhoon carries a significant weapons load: up to 16,500 pounds across 13 hardpoints. It can carry the Meteor beyond-visual-range missile, arguably the most capable air-to-air missile in the Western inventory, the IRIS-T short-range infrared missile, the Brimstone precision attack missile, Storm Shadow/SCALP cruise missiles, and a range of precision-guided bombs. The aircraft also carries the Mauser BK-27 27mm cannon.

The Gripen: Efficiency and Versatility

The Saab JAS 39 Gripen E, the current production variant, is powered by a single General Electric F414G turbofan producing 22,000 pounds of thrust in afterburner. It is significantly smaller and lighter than the Typhoon: empty weight of approximately 8,000 kg versus the Typhoon's 11,000 kg. Maximum speed is Mach 2.0, matching the Typhoon on paper, though the single engine limits sustained supersonic performance.

The Gripen's canard-delta configuration is similar in concept to the Typhoon's but optimized for different priorities. Where the Typhoon prioritizes maximum aerodynamic performance, the Gripen's design balances performance with low approach speeds, short takeoff and landing distances, and benign handling qualities. The Gripen can operate from 800-meter (2,600-foot) road strips, roughly a third of the runway length required by the Typhoon. It can be rearmed and refueled by a team of six conscripts in under ten minutes, using equipment that fits in a few trucks.

The Gripen E carries the Raven ES-05 AESA radar, a repositioner AESA that can physically swivel the antenna to increase the field of regard beyond what a fixed AESA can cover. This gives the Gripen excellent situational awareness across a wider arc than its fixed-array competitors. The radar is complemented by the Skyward-G IRST and a comprehensive electronic warfare suite.

Weapons options include the Meteor missile, IRIS-T, AIM-120 AMRAAM, RBS-15 anti-ship missile, the Taurus KEPD 350 cruise missile, and various precision-guided munitions. Despite its smaller size, the Gripen E can carry a meaningful weapons load across 10 hardpoints, not matching the Typhoon's capacity, but sufficient for most mission profiles.

Cost: The Decisive Factor

The most significant difference between the Typhoon and Gripen is cost, and it's not close. A Typhoon costs approximately $110-130 million per aircraft, depending on the configuration and customer. The Gripen E costs approximately $80-85 million. But the purchase price is only part of the story.

The Gripen's operating cost per flight hour is roughly half the Typhoon's, approximately $4,700 versus $9,000-10,000 for the Typhoon (estimates vary by source and operator). Over a 30-year service life with typical flying rates, the cost difference is enormous. For a nation buying 60 fighters and operating them for three decades, the Gripen fleet could cost $3-4 billion less than an equivalent Typhoon fleet in total lifecycle costs.

The Gripen's maintenance philosophy amplifies this advantage. The aircraft was designed for ease of maintenance from the outset. Engine changes can be performed in under an hour. Major subsystems are modular and accessible. The aircraft requires significantly fewer maintenance hours per flight hour than the Typhoon, Saab claims approximately 10 maintenance hours per flight hour versus the Typhoon's reported 20+.

For smaller air forces with limited budgets, which describes most of the world's fighter buyers, these cost differences are decisive. The question is not whether the Typhoon is a more capable aircraft in absolute terms (it is), but whether the additional capability is worth the additional cost.

Air-to-Air: Advantage Typhoon

In a pure air-to-air engagement, the Typhoon holds meaningful advantages. Its twin engines provide more total thrust, enabling higher sustained turn rates, faster acceleration, and better energy recovery after hard maneuvering. The supercruise capability allows the Typhoon to approach engagements at supersonic speed without the fuel penalty and detection risk of afterburner use. In beyond-visual-range combat, more thrust translates to a higher launch speed for missiles, which extends their kinematic range.

The Typhoon also carries more air-to-air missiles. A typical Typhoon air superiority loadout includes six Meteor BVR missiles and two IRIS-T short-range missiles, plus the gun. A Gripen E carries four Meteors and two IRIS-T. In a sustained air campaign where missile inventory matters, the Typhoon's larger capacity provides more engagements per sortie.

In within-visual-range combat, the Typhoon's superior thrust-to-weight ratio and aerodynamic performance give it an edge in energy fights. The Gripen is agile and handles well at high angles of attack, but the laws of physics favor the aircraft with more power and a larger wing in sustained maneuvering.

Multirole and Ground Attack: Closer Than You'd Think

In the multirole and ground attack missions, the gap narrows considerably. Both aircraft carry comparable precision-guided munitions, both have excellent AESA radars for ground mapping and target designation, and both can deliver cruise missiles for standoff strike. The Gripen's smaller weapons load is partially offset by its lower operating cost, you can fly more Gripen sorties for the same budget, increasing total ordnance delivered over a campaign.

The Gripen's ability to operate from austere locations is a genuine tactical advantage in the ground attack role. In a conflict where major airbases are targeted by enemy missiles, an increasingly likely scenario in modern warfare, the ability to disperse fighters to highway strips, repair damaged aircraft with minimal equipment, and rearm quickly with a small ground crew becomes strategically significant. Sweden has practiced highway operations with the Gripen for decades, and the concept is now being adopted by NATO as part of its Agile Combat Employment doctrine.

Export Competition

The Typhoon and Gripen compete directly in export markets, and the results have been mixed for both.

The Typhoon has been exported to Austria, Saudi Arabia, Kuwait, Qatar, and Oman. Germany has offered it to Turkey (complicated by political factors) and India (lost to the Rafale). The aircraft's high capability makes it attractive to wealthy Gulf states and NATO allies seeking the most capable European fighter available.

The Gripen has been exported to South Africa, Thailand, Hungary, Czech Republic, and most recently Brazil, which selected the Gripen E over the Typhoon and Rafale in a competition where cost-effectiveness was the primary criterion. Brazil's choice was significant, it validated the Gripen's proposition that a lower-cost fighter with modern capabilities was sufficient for a large, regionally focused air force.

Both aircraft have lost competitions to the F-35, which has increasingly dominated the high-end fighter market. The F-35's stealth, sensor fusion, and U.S. political backing make it the default choice for nations that can afford it and have access to the program. The Typhoon and Gripen increasingly compete for customers who either cannot buy the F-35 (due to cost or political restrictions) or want a complement to it.

Which One Should You Buy?

The answer depends entirely on what kind of air force you are building.

If you are a wealthy NATO ally facing a high-end air threat, if you need to contest airspace against fourth-generation-plus fighters, conduct offensive air operations deep into defended territory, and maintain air superiority over a modern battlefield, the Typhoon is the better aircraft. Its superior air-to-air performance, larger weapons capacity, and supercruise capability make it more effective in the demanding missions that define high-intensity conflict.

If you are a cost-conscious air force that needs a modern, capable multirole fighter that can defend your airspace, strike ground targets, and operate with limited infrastructure, if every dollar matters and the goal is maximum combat capability per unit of defense spending, the Gripen is the smarter buy. Its lower acquisition cost, dramatically lower operating costs, and highway-capable operations give you more fighters, more sorties, and more operational flexibility for the same budget.

Neither answer is wrong. The Typhoon is the better fighter. The Gripen is the better value. The right choice depends on whether you need the best aircraft money can buy, or the most aircraft your money can buy. In the real world of defense budgets and strategic priorities, that distinction matters far more than any specification comparison.