Systems for air defense
An air-defense system's job is to detect, track and intercept aircraft, missiles or drones before they reach their target. The deciding specs are engagement range and altitude (the intercept envelope it covers), simultaneous-target capacity (resistance to saturation attack), and radar range (how much warning it gets). A system with a wide envelope but few simultaneous targets can still be overwhelmed by a mass drone attack.
6 matching systems in our database.
What matters for air defense
- ●Engagement range and altitude: the intercept envelope, meaning the airspace the system actually protects.
- ●Simultaneous targets: resistance to saturation attacks, increasingly decisive against drone swarms and missile salvos.
- ●Radar range: detection range sets how much warning and engagement time the system gets before impact.
- ●Guidance: semi-active or active radar homing, infrared, or command guidance determines effectiveness against different target types.
Air Defense systems in our database
Diehl Defence
IRIS-T SLM
Raytheon (RTX)
Patriot PAC-3
Kongsberg Defence & Aerospace
NASAMS
Almaz-Antey
S-400 Triumf
MBDA
SAMP/T (Aster 30)
Lockheed Martin
THAAD
Frequently asked questions
- What is the most important spec for air-defense systems today?
- Simultaneous-target capacity is increasingly decisive. Modern threats include drone swarms and missile salvos, and a system with a long engagement range but a low simultaneous-target count can still be saturated and overwhelmed.
- How is engagement range different from radar range?
- Radar range is how far the system can detect a target; engagement range is how far it can actually intercept one. Detection with no matching intercept range just buys warning time, not a kill.