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S-400 vs S-500: Russia’s Advanced Air Defense Systems comparison
The S-400 Triumf and S-500 Prometey represent the pinnacle of Russia’s layered air and missile defense capabilities, bridging the gap between traditional surface-to-air missile (SAM) systems and near-space defense platforms. While both systems are designed by Almaz-Antey, their operational philosophies and performance envelopes set them apart significantly.
Introduced in 2007, the S-400 Triumf (SA-21 Growler) was engineered to replace the S-300 series and provide multi-layered protection against aircraft, cruise missiles, and tactical ballistic threats. It can engage targets at ranges up to 400 km and altitudes of 30 km, using multiple missile types — including the 40N6E long-range interceptor. Its advanced 91N6E Big Bird radar and networked command system allow simultaneous engagement of up to 36 targets.
By contrast, the S-500 Prometey (SA-23 Gladiator) represents a major technological leap forward. Operationally fielded in the 2020s, it’s designed not just for aerial defense but also for intercepting intercontinental ballistic missiles (ICBMs) and even low-orbit satellites. With an engagement range exceeding 600 km and altitude coverage beyond 200 km, the S-500 operates in the exo-atmospheric layer, a domain traditionally reserved for strategic missile defense systems.
Equipped with the 77N6-N and 77N6-N1 interceptor missiles, the S-500 integrates advanced radar systems capable of detecting stealth aircraft and hypersonic targets. It can reportedly neutralize threats traveling at speeds up to Mach 20, a capability unmatched by any other SAM system currently in service.
In essence, the S-400 serves as a highly effective tactical and strategic defense shield, ideal for protecting cities and military bases, while the S-500 extends that coverage into space-defense territory, forming the uppermost tier of Russia’s integrated aerospace defense network.
1. General Information
|
System Name
|
S-400 Triumf (SA-21 Growler)
S-500 Prometey (Prometheus) |
|
Manufacturer
|
Almaz-Antey Concern
Almaz-Antey |
|
Country of Origin
|
Russia
Russia |
|
Type / Role
|
Long-Range Surface-to-Air Missile System
Long-Range Surface-to-Air Missile System |
|
In Service
|
Yes
Yes (2021–Present) |
|
Year Introduced
|
2007
2021 |
|
Unit Cost
|
USD 500 Million (Estimated per Battery)
USD 1.5–2 Billion (Estimated per Battery) |
2. Performance & Capabilities
|
Maximum Engagement Range
|
400 km
600 km |
|
Maximum Engagement Altitude
|
30 km
200 km |
|
Target Types
|
Aircraft, Cruise Missiles, Ballistic Missiles, UAVs
Aircraft, ICBMs, Satellites, Hypersonic Missiles |
|
Interception Probability
|
80–90% (depending on target type)
90% (Medium-Range Missiles) |
|
Reaction Time
|
10 seconds
10 seconds |
|
Radar Detection Range
|
Up to 600 km
800 km |
3. Missile Specifications
|
Missile Type
|
48N6DM / 40N6E / 9M96E2
77N6-N / 77N6-N1 |
|
Missile Length
|
7.5 m
7.6 m |
|
Missile Weight
|
1,800–1,900 kg
2,200 kg |
|
Warhead Type
|
HE-Fragmentation / Proximity Fuse
Kinetic / Fragmentation |
|
Warhead Weight
|
150 kg
150 kg |
|
Speed
|
Up to Mach 14
Mach 14 |
4. Radar & Fire Control
|
Radar Type
|
Phased Array / AESA
Active Electronically Scanned Array (AESA) Radar |
|
Radar Name
|
91N6E Big Bird / 92N6 Grave Stone
91N6A(M) + 96L6-TsP Radar Systems |
|
Detection Range
|
600 km
800 km |
|
Tracking Capacity
|
300 Targets
150+ Targets |
|
Guidance System
|
Inertial + Active / Semi-Active Homing
Inertial + Active Radar Homing |
|
Fire Control System
|
Automated Command Post 55K6E
Automated Digital Control |
5. Launcher & Mobility
|
Launcher Type
|
Mobile / Truck-Mounted
Mobile / Truck-Mounted |
|
No. of Missiles per Launcher
|
4
4 |
|
Reload Time
|
30–60 minutes
30–45 minutes |
|
Mobility Platform
|
BAZ-64022 / MAZ-7910 8×8 Trucks
BAZ-69096 10x10 Truck |
|
Crew Required
|
3–5 personnel
3–5 personnel |
6. Command & Control
|
C2 System
|
Battle Management & Control (BMC)
Integrated Air Defense Network |
|
Connectivity
|
Secure Radio / Data Link
Secure Radio + Satellite Link |
|
Network Capability
|
Yes (Layered Defense Integration)
Yes (Layered Integration with S-400) |
|
Operation Mode
|
Autonomous / Networked
Autonomous / Networked / Manual Override |
7. Operational Use
|
Primary Operator
|
Russia, China, India, Turkey
Russia |
|
Combat Proven
|
Limited (Operational Readiness Confirmed)
No (Limited Operational Testing) |
|
Conflict History
|
Syrian Air Defense Network
None (Deployed for Defense) |
|
Notable Feature
|
Multi-missile, multi-target defense capability
Near-space interception ability |
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