R-17 Elbrus

🇷🇺Russian Federation
Viktor Makeyev
1962 – Present
Overview
R-17 Elbrus
The R-17 Elbrus, also known as SS-1C Scud-B, is a tactical ballistic missile developed by the Soviet Union, with a production run from 1959 to 1987. It is capable of carrying conventional, chemical, or nuclear warheads and has a maximum range of 300 km.
Specifications

General

Cep M450 m
GuidanceInertial
Length M11.2 m
Range Km300 km
Payload Kg985 kg
PropulsionLiquid
Warhead TypesConventional, Nuclear, Chemical
Launch Weight Kg5,682 kg
Research Notes

Development History

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R-17 Elbrus, or Scud-B, became the most widespread Soviet tactical ballistic missile.

R-17 Elbrus, NATO SS-1C Scud-B, was the improved Soviet tactical ballistic missile that made the Scud name globally recognizable. Developed after R-11, it offered greater range and became a standard Warsaw Pact and export system. The missile and its derivatives spread to the Middle East, Asia, and beyond, shaping missile proliferation for decades. Many later regional missile programs, including North Korean and Middle Eastern designs, trace technical or operational roots to Scud-B technology.

Technical Profile

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Scud-B is a road-mobile liquid-fueled SRBM with conventional, chemical, or nuclear payload options.

Technically, R-17 is a liquid-fueled short-range ballistic missile carried by a transporter-erector-launcher such as the MAZ-543 family. Public sources commonly cite a range around 300 km, with payload options including high explosive, chemical, and nuclear warheads depending on operator and variant. Its inertial guidance gives limited accuracy by modern standards, making it more useful against area targets than precision points. The missile's simplicity and mobility made it attractive to many operators despite fuel-handling complexity.

Operational Use

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R-17/Scud-B saw extensive combat use and became a proliferation benchmark.

Operationally, Scud-B was used in multiple conflicts, most famously the Iran-Iraq War and the 1991 Gulf War. Its military effect was often psychological and strategic rather than precise tactical destruction, because accuracy was poor but warheads were large and cities or bases could be threatened. The missile's export spread made it a benchmark for regional missile programs. It remains central to understanding modern missile proliferation because many later systems are direct copies, modifications, or doctrinal descendants of R-17.

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