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An Anatomy of a Grad AttackAOAV: all our reportsWide-Area Impact Report

Multiple munitions: Rocket Launchers – Grad Rockets

This report is part of a series of case studies that make up an analysis of the wide area effects of certain explosive weapons and the concern about their use in populated areas.  The report – Wide-Area Impact – can be read here. A video of Grad rocket use can be seen here. An infographic covering this form of weapon can be seen here. A case study of a strike on Mariupol in Eastern Ukraine can be read hereA map of the strikes in that case study can be seen here.

epa01435389 Georgian troops shell South Ossetian capital Tskhinvali with missiles from positions near the village of Ergneti, Georgia, 08 August 2008. Georgian troops launched a major military offensive to regain control over the breakaway province of South Ossetia, prompting a furious response from Russia, which vowed retaliation and sent a column of tanks into the region. Hundreds of civilians have been killed in Tskhinvali during the storm of South Ossetian capital by Georgian troops. South Ossetian authorities reported that Georgian soldiers are pulling out of Tskhinvali. EPA/STRINGERGrad means ‘Hail’ in Russian: a name that reflects the power and reach of the weapon system. Each individual Grad rocket stands almost 3m tall, and weighs approximately 66kg. Grads have a tremendously high rate of fire. A rocket leaves the launcher every 0.5 seconds, meaning an entire 40-rocket salvo can be launched in 19.5 seconds. After firing, it takes just ten minutes to completely reload the Grad launch vehicle and for the system to resume its attack.

Commonly Grads operate in batteries, meaning that there are several launch vehicles operating simultaneously, further extending the area covered by deadly rockets.

Each of these rockets is a potentially devastating weapon in and of itself.

Grad warheads are designed to fragment on impact and are scored in such a way as to greatly maximise the spread of fragmentation across an area.

At the moment of detonation, the basic warhead scatters a total of 3,922 fragments, killing and injuring anyone in its midst. The area affected by the blast and fragmentation of each high explosive warhead that strikes the ground is measured at 700m sq.

This is an area roughly equivalent to a circle with a radius of 15m, although Grad rockets spit most of their fragmentation effects in an area forward of where the rockets land.

These rockets are all completely unguided, and will inevitably fall across a wide area. The original Grad system had a maximum range of 20km. More modern versions have seen the range doubled to almost 40km. If the full salvo is fired across the original Grad’s top range of 20km, the ‘lethal area’ (i.e. the area in which the rockets are likely to cause death to people on the ground) is at least 600m x 600m.

A single rocket could fall anywhere within an ellipse measuring approximately 600m x 320m.