AGM-69 SRAM

🇺🇸United States
Boeing
1972 – Present
Overview
AGM-69 SRAM
The AGM-69 Short-Range Attack Missile (SRAM) was a U.S. nuclear air-to-surface missile designed for strategic bombers, primarily the B-52, to strike heavily defended targets from a range of about 50 nautical miles. Entering service in 1972 and phased out by the early 1990s, it featured a solid-fueled rocket motor and an inertial navigation system, but raised safety concerns regarding its nuclear warhead and required aircraft to penetrate enemy defenses.
Specifications

General

Length M4.27 m
Range Km200 km
Launch Platformair
Cep M430 m
GuidanceGeneral Precision/Kearfott KT-76 inertial navigation system, assisted by a Stewart-Warner terrain clearance sensor
Speed Mach3 Mach
Warhead Kg200 kg
Nuclear CapableYes
Launch Weight Kg1,010 kg
Research Notes

Cold War nuclear standoff missile for bombers

AGM-69 SRAM gave U.S. bombers a nuclear standoff weapon for penetrating defended airspace.

The AGM-69 SRAM was developed for Strategic Air Command as a short-range nuclear attack missile that could be carried by U.S. bombers. Boeing received the development contract in 1966, and the missile was intended to let bombers suppress air-defence sites or strike strategic targets without flying directly over them. It reflected the Cold War effort to keep manned bombers credible against dense Soviet air defences.

Supersonic nuclear missile with compact carriage

SRAM prioritized compact bomber carriage and supersonic nuclear attack.

SRAM used a compact air-launched missile body with a nuclear warhead and high-speed flight profile. Its small size allowed carriage in significant numbers by B-52 and B-1-related planning, increasing a bomber's target set. The missile's role was not precision conventional attack, but rapid nuclear delivery against air-defence and strategic targets.

Bomber force multiplier and retirement issue

SRAM multiplied bomber strike options but carried long-term nuclear safety and sustainment concerns.

AGM-69 served for years as part of the U.S. airborne nuclear strike posture before safety, age, and replacement concerns led to retirement. Its importance lies in how it changed bomber tactics: aircraft could attack air defences or multiple targets before reaching the densest threat zones. The system also illustrates why nuclear weapons impose unique maintenance and safety burdens over time.

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