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It imaged a comet nucleus for the first time and found the first evidence of organic material on a comet. In , it passed closest to the nucleus of a comet, Halley. Its images showed for the first time the shape of a comet nucleus and found the first evidence of organic material in a comet.
In , after a long cruise through space, Giotto was directed to Comet Grigg—Skjellerup. It sent back a lot of information, passing just kilometres from the nucleus. It photographed the first close-up images of a comet nucleus Halley.
It discovered the size and shape of Halley's nucleus and discovered that the surface is very dark and that bright jets of gas and dust spring out of its nucleus. It was the first deep-space mission to change orbit by returning to Earth for a gravity-assist manoeuvre.
Giotto made the closest comet flyby to date by any spacecraft about kilometres from Comet Grigg—Skjellerup and studied the interaction between the solar wind, the interplanetary magnetic field, and the comet itself.
It was the first spacecraft to encounter two comets and in doing so measured the size, composition, and velocity of dust particles and measured the composition of those two comets. The most significant modification was the addition of a shield to protect it from a battering by high-speed dust particles during the comet encounter. By spacecraft standards, the kilogram Giotto was small in size.