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The spin also allowed the bomb to reach supersonic speeds, as the increased stability enabled it to pass through the sound barrier without wobbling or being thrown off-course.The Grand Slam had a much thicker case than typical World War II bombs, so it would survive the impact of hitting a hardened surface.The intention before the war started was to destroy dams, railway bridges and general infrastructure.Thus it is possible that German industry and infrastructure could have been seriously damaged with minimal loss of civilian lives, compared to area bombing.The Grand Slam was first used on March 14, 1945 when the Royal Air Force No.617 "Dambusters" Squadron, lead by Squadron Leader C. Calder, attacked the Bielefeld railway viaduct destroying two spans of the viaduct.Both weapons were intended for use against large and protected buildings, structures against which smaller bombs would be ineffective.
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The earthquake bomb was designed to penetrate the earth and explode some 30 m down.
An explosion carried through the medium of the earth would thus cause damage for a much greater distance than if the bomb were to explode in open air.
When dropped from high altitude onto compacted earth, the Grand Slam would penetrate over 40 metres into the ground.
The explosion would leave a camouflet (cavern) which would undermine foundations of structures above, causing collapse.