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- Su-57 vs F-16 Fighting Falcon: Stealth vs Speed
Su-57 vs F-16 Fighting Falcon: Stealth vs Speed
The Su-57 Felon and the F-16 Fighting Falcon represent two distinct generations of air combat philosophy. Russia’s Sukhoi Su-57, a fifth-generation stealth fighter, aims to rival the world’s most advanced aircraft with cutting-edge radar evasion, supermaneuvrability, and next-gen avionics. In contrast, the U.S.-made F-16 Fighting Falcon, a fourth-generation multirole jet developed by Lockheed Martin, has remained a global combat workhorse since the 1970s. While the Su-57 emphasizes stealth and advanced sensors, the F-16 relies on speed, agility, and a proven combat record. Comparing these two highlights the technological evolution and tactical diversity shaping modern air warfare.
The Su-57 and F-16 cater to vastly different combat doctrines. The Su-57 is Russia’s ambitious leap into fifth-generation air combat, combining stealth design, internal weapons carriage, and super cruise capability. It’s engineered to dominate in contested environments against high-tech adversaries like the F-22 or F-35. However, its operational numbers remain limited, and production challenges hinder its full deployment.
The F-16, on the other hand, thrives on reliability and versatility. With over 4,600 units built and active service in more than 25 nations, it has decades of combat experience and continuous modernization under the F-16V variant. Though it lacks stealth, its agility, affordability, and upgraded AESA radar keep it relevant in today’s skies.
In a head-to-head, the Su-57 holds the technological edge in stealth and sensor fusion, but the F-16 remains the more proven and widely trusted platform — a testament to enduring design excellence.
General Information
|
Name
|
Su-57 Felon
F-16 Fighting Falcon |
|
Manufacturer
|
Sukhoi (UAC)
General Dynamics / Lockheed Martin |
|
Country of Origin
|
Russia
United States |
|
Type / Role
|
Stealth Air Superiority / Multirole Fighter
Multirole Fighter |
|
Generation
|
Fifth
4th |
|
Status
|
In limited service
Active / In Service |
|
First Flight
|
January 29, 2010
January 20, 1974 |
|
Introduction / In Service Since
|
2020
1978 |
|
Number Built
|
~25 (as of 2025)
Over 4,600 |
|
Operators
|
Russian Aerospace Forces
USA, Israel, Turkey, Greece, South Korea, etc. |
Dimensions & Structure
|
Length
|
20.1 m
49 ft 5 in (15.06 m) |
|
Wingspan
|
14.1 m
32 ft 8 in (9.96 m) |
|
Height
|
4.6 m
16 ft 8 in (5.09 m) |
|
Wing Area
|
78.8 m²
300 sq ft (27.87 m²) |
|
Empty Weight
|
~18,000 kg
18,900 lb (8,573 kg) |
|
Maximum Takeoff Weight (MTOW)
|
35,000 kg
42,300 lb (19,187 kg) |
|
Internal Weapons Bay
|
Yes (2 main, 2 side)
None |
|
External Hardpoints
|
6
9 |
Performance
|
Maximum Speed
|
Mach 2.0
Mach 2.0 |
|
Range
|
3,500 km
2,620 mi (4,220 km) with drop tanks |
|
Combat Radius
|
1,500 km
~500 mi (800 km) |
|
Service Ceiling
|
20,000 m
50,000 ft (15,240 m) |
|
Rate of Climb
|
330 m/s
50,000 ft/min |
|
Thrust-to-Weight Ratio
|
~1.15
1.095 |
|
G Limits
|
+9
+9 / -3 |
Powerplant
|
Engine Type
|
Saturn AL-41F1 (future Izdeliye 30)
Pratt & Whitney F100-PW-229 / GE F110-GE-129 |
|
No. of Engines
|
2
1 |
|
Thrust (each)
|
142 kN with afterburner
29,000 lbf (afterburner) |
|
Thrust Vectoring
|
Yes (3D)
No |
|
Fuel Capacity
|
~10,300 kg
7,000 lb internal |
Armament
|
Gun
|
30mm GSh-30-1 cannon
1× M61A1 20mm Vulcan |
|
Missiles (Air-to-Air)
|
R-77, R-74M, R-37M
AIM-9, AIM-120 |
|
Missiles (Air-to-Ground)
|
Kh-38, Kh-59MK2
AGM-65, AGM-88 |
|
Bombs
|
KAB-250/500 guided bombs
JDAM, Paveway, Cluster bombs |
|
Hardpoints
|
10 (internal + external)
9 |
|
Payload Capacity
|
10,000 kg
17,000 lb (7,700 kg) |
Avionics & Systems
|
Radar
|
N036 Byelka AESA
AN/APG-68 / AN/APG-83 AESA |
|
Radar Range
|
400+ km
~160 km |
|
Electronic Warfare (EW) System
|
L402 Himalayas suite
AN/ALQ-213, ALQ-131 |
|
Targeting System
|
IRST + radar fusion
Sniper XR / LANTIRN |
|
Helmet Display
|
Integrated HMS
JHMCS |
|
Navigation
|
GLONASS-based INS
GPS/INS |
|
Autopilot / AI Assistance
|
Partial autonomy
Digital Fly-by-Wire |
|
Communication
|
Encrypted data link
Link 16, Secure UHF/VHF |
Stealth & Technology
|
Radar Cross Section (RCS)
|
Estimated 0.3–0.5 m²
~1.2 m² |
|
Stealth Features
|
Internal bays, radar-absorbing composites
Limited shaping, radar-absorbent coatings |
|
Infrared Signature Reduction
|
Engine shielding, cooling design
Moderate |
|
Sensor Fusion
|
Multi-source integration
Partial (F-16V upgrade) |
|
Networking Capabilities
|
Limited data-link interoperability
Link 16, Joint operations compatible |
Variants
|
Special Export Versions
|
Su-57E (Export Variant)
F-16I (Israel), KF-16 (South Korea) |
Operational History
|
Major Conflicts / Deployments
|
Syria (testing), Ukraine (limited combat)
Gulf War, Kosovo, Iraq, Afghanistan |
|
Notable Operators
|
Russia
USAF, Israel, Turkey, Taiwan, UAE |
|
Combat Proven?
|
Limited
Yes |
|
Mission Types
|
Air superiority, strike, reconnaissance
Air superiority, strike, SEAD, CAS |
Cost & Program
|
Unit Cost
|
~$45–50 million (estimated)
~$35 million (Block 70) |
|
Development Cost
|
~$10 billion (PAK FA program)
~$8 billion (program total) |
|
Program Name
|
PAK FA (T-50)
Lightweight Fighter (LWF) |
|
Funding Countries
|
Russia
United States, NATO partners |
Additional Information
|
Upgrades Planned
|
New radar, Izdeliye 30 engines
AESA radar, datalink, EW suite |
|
Future Replacement
|
None planned (Su-57M modernization)
F-35A Lightning II |
|
Export Restrictions
|
Controlled by Russian government
Controlled under ITAR |
|
Notable Achievements
|
Russia’s first fifth-gen stealth jet
Most exported Western fighter |
|
Competitors
|
F-22 Raptor, F-35 Lightning II, J-20 Mighty Dragon
JAS 39 Gripen, MiG-29, Mirage 2000 |
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