Skip to main content
VS
military

Eurofighter Typhoon vs Gripen 2026 Comparison

A Versus B

The Gripen wins for cost-efficiency and global adoption, costing 35% less ($90M vs $135M) and serving 9+ countries; the Typhoon wins for raw performance with 1,350 km combat radius and Mach 2.0+ speed, favoring wealthy NATO air forces.

Eurofighter Typhoon

Eurofighter Typhoon

European multi-role combat aircraft optimized for air superiority with extended range and high thrust-to-weight ratio.

Large NATO air forces and wealthy European/Gulf states requiring sustained air superiority and long-range deep strike capability.

Score71%
Check Price
VS
Saab JAS 39 Gripen

Saab JAS 39 Gripen

Swedish lightweight multi-role fighter emphasizing agility, cost-efficiency, and rapid deployment with minimal ground infrastructure.

Mid-sized air forces, emerging economies, and nations prioritizing multi-role flexibility, rapid acquisition, and cost-per-flight-hour efficiency.

Score71%
Check Price
8 attributes7 differences14 pros/cons
Skip to verdictSee differences
5Sources
16Data Points
Sources:en.wikipedia.org (opens in new tab)·globalmilitary.net (opens in new tab)·facebook.com (opens in new tab)·militarymachine.com (opens in new tab)·pinterest.com (opens in new tab)
TL;DRVoice-ready

The Gripen wins for cost-efficiency and global adoption, costing 35% less ($90M vs $135M) and serving 9+ countries; the Typhoon wins for raw performance with 1,350 km combat radius and Mach 2.0+ speed, favoring wealthy NATO air forces.

Deciding factor: Mission-dependent trade-off: Gripen excels in affordability and dispersed operations; Typhoon dominates sustained range and speed.

Key fact: The Gripen's 9+ operational countries versus Typhoon's 7, combined with a $45 million unit cost advantage (2025), demonstrates its superior market competitiveness and accessibility for mid-tier air forces.

Jump to full verdictSee all attributes

Our Verdict

AI-assisted

Choose the Eurofighter Typhoon if your nation requires a heavy, long-range air superiority fighter with sustained combat endurance and advanced sensor fusion for contested airspace—ideal for large, technologically advanced air forces. Choose the Gripen if you prioritize cost efficiency, rapid deployment capability, shorter logistics footprints, and multi-role flexibility across diverse operational scenarios—optimal for mid-sized air forces, emerging markets, and nations requiring rapid procurement and simplified supply chains.

Eurofighter Typhoon

Choose Eurofighter Typhoon if

Large NATO air forces and wealthy European/Gulf states requiring sustained air superiority and long-range deep strike capability.

Saab JAS 39 Gripen

Choose Saab JAS 39 Gripen if

Mid-sized air forces, emerging economies, and nations prioritizing multi-role flexibility, rapid acquisition, and cost-per-flight-hour efficiency.

Share this verdict

Post on XShare on LinkedIn

Get notified when Eurofighter Typhoon vs Saab JAS 39 Gripen changes

One email when prices, specs or our verdict on Eurofighter Typhoon vs Saab JAS 39 Gripen change. No spam, unsubscribe anytime.

Compare next

Key Differences at a Glance

  • Maximum Takeoff Weight:✓ Eurofighter Typhoon wins(23,500 kg (2025) vs 16,500 kg (2025))
  • Combat Radius:✓ Eurofighter Typhoon wins(1,350 km (2025) vs 800 km (2025))
  • Maximum Speed:✓ Eurofighter Typhoon wins(Mach 2.0+ (2025) vs Mach 1.9+ (2025))
See all 7 differences

Key Facts & Figures

8 numeric metrics compared

MetricEurofighter TyphoonSaab JAS 39 GripenRatio
Maximum Takeoff Weight23,500 kg (2025)16,500 kg (2025)
Combat Radius(km)1,350 km800 km
Maximum Speed(Mach)Mach 2.0+Mach 1.9+
Unit Cost (Flyaway)(million USD)$125–145 million$85–95 million
Sustained Turn Rate(degrees per second)28 deg/s30 deg/s
Program Development Cost(billion USD)$43 billion (1983–2025)$5.2 billion (1982–2025)
Operational Clearance Countries(nations)7 nations9+ nations
Minimum Runway Requirement(meters)1,200 m500 m (unprepared strip capable)

Sourced from publicly available data ·

Key Differences

7 attributes compared head-to-head

Eurofighter Typhoon
3Eurofighter Typhoon
Saab JAS 39 Gripen leads
Saab JAS 39 Gripen
4Saab JAS 39 Gripen
  • Maximum Takeoff Weight

    Eurofighter Typhoon

    23,500 kg (2025)(winner)

    Saab JAS 39 Gripen

    16,500 kg (2025)

  • Combat Radius

    Eurofighter Typhoon

    1,350 km (2025)(winner)

    Saab JAS 39 Gripen

    800 km (2025)

  • Maximum Speed

    Eurofighter Typhoon

    Mach 2.0+ (2025)(winner)

    Saab JAS 39 Gripen

    Mach 1.9+ (2025)

  • Unit Cost (Flyaway)

    Eurofighter Typhoon

    $125–145 million USD (2025)

    Saab JAS 39 Gripen

    $85–95 million USD (2025)(winner)

  • Operational Countries (as of 2025)

    Eurofighter Typhoon

    7 nations (Germany, UK, Italy, Spain, Austria, Saudi Arabia, Qatar)

    Saab JAS 39 Gripen

    9+ nations (Sweden, Brazil, Czech Republic, Hungary, Poland, South Africa, Thailand, UK)(winner)

Full Comparison

Eurofighter Typhoon
Saab JAS 39 Gripen
Maximum Takeoff Weight
23,500 kg (2025)
16,500 kg (2025)
Combat Radius(km)
1,350 km
800 km
Maximum Speed(Mach)
Mach 2.0+
Mach 1.9+
Unit Cost (Flyaway)(million USD)
$125–145 million
$85–95 million
Program Development Cost(billion USD)
$43 billion (1983–2025)
$5.2 billion (1982–2025)
Sustained Turn Rate(degrees per second)
28 deg/s
30 deg/s
Operational Clearance Countries(nations)
7 nations
9+ nations
Minimum Runway Requirement(meters)
1,200 m
500 m (unprepared strip capable)

Pros & Cons

10 pros·4 cons across both

Eurofighter Typhoon
Saab JAS 39 Gripen
Eurofighter Typhoon

Eurofighter Typhoon

+5-2

Pros

Superior sustained turn rate of 28 degrees per second enables aggressive dogfighting maneuvers
Extended combat radius of 1,350 km allows deep strikes and sustained operations without refueling
Maximum speed exceeding Mach 2.0 provides tactical advantage in interception scenarios
Integrated avionics suite with AESA radar and 4×4 MIMO datalink for advanced multi-platform coordination
Proven operational deployment in NATO operations (Libya, Iraq, Syria) with extensive combat experience

Cons

Unit cost of $125–145 million significantly limits procurement budgets and total fleet numbers
Higher fuel consumption and maintenance complexity increase operating costs by 30–40% compared to Gripen
Saab JAS 39 Gripen

Saab JAS 39 Gripen

+5-2

Pros

Unit cost of $85–95 million represents 30–35% savings versus Typhoon, enabling larger fleet acquisitions
Superior sustained turn rate of 30 degrees per second combined with 16.5-tonne weight yields exceptional instantaneous maneuverability
Operational footprint requires only 500-meter runway or unprepared airfield strips, enabling dispersed operations
Adopted by 9+ countries across NATO, EU, Africa, and Asia-Pacific, demonstrating versatility across diverse regulatory and geopolitical contexts
Development cost of $5.2 billion (8× lower than Typhoon) reflects streamlined design philosophy and modular architecture

Cons

Combat radius of 800 km limits unrefueled range for distant theaters compared to Typhoon's 1,350 km capability
Maximum speed of Mach 1.9+ trails Typhoon's Mach 2.0+ by marginal but measurable performance differential

Frequently Asked Questions

5 questions

  1. The Gripen edges ahead in instantaneous turn rate (30 deg/s vs 28 deg/s), combined with its lighter 16.5-tonne weight, providing superior agility in sustained turning fights. The Typhoon compensates with higher absolute thrust and marginally better speed, favoring boom-and-zoom tactics and energy management. Real-world advantage depends heavily on pilot skill and situational awareness.

  2. The Typhoon's higher cost ($125–145 million flyaway vs $85–95 million) reflects its 7,000-tonne additional weight, more complex avionics, longer development timeline ($43 billion vs $5.2 billion program cost), and multinational industrial involvement requiring higher overhead. The Gripen's streamlined single-engine design and Swedish-led production prioritize cost control and modular upgradability over absolute performance maximization.

  3. The Typhoon excels in longer-range engagements due to 550 km greater combat radius and Mach 2.0+ top speed, enabling first-look/first-shot advantages and energy-rich tactics. The Gripen dominates within visual range (WVR) through superior sustained turn rate and maneuverability. Modern air combat (beyond-visual-range) increasingly depends on sensor fusion, datalink architecture, and missile quality—both platforms are equipped competitively in these domains.

  4. Yes, the Gripen's 500-meter runway requirement (or shorter unprepared strips) enables forward basing from austere locations, roads, or dispersed sites with minimal ground infrastructure. The Typhoon requires minimum 1,200-meter prepared runways, limiting deployment flexibility in contested or austere environments. This is a critical advantage for rapid deployment scenarios and resilience against airfield strikes.

  5. As of 2025, the Gripen is in service with 9+ nations (Sweden, Brazil, Czech Republic, Hungary, Poland, South Africa, Thailand, UK, and others), while the Typhoon operates in 7 countries (Germany, UK, Italy, Spain, Austria, Saudi Arabia, Qatar). The Gripen's lower cost and simplified logistics have driven broader international adoption, particularly among mid-tier and emerging economies.

Community feedback

Was this verdict helpful?

Explore More

Related comparisons and categories

Explore Entities

More Military

People Also Compare

Last updated
AI-assistedOur methodology

Debate this on r/ThisOrThatDebate (run by the AversusB team)