Aslan Hürkuş 4: Hürjet Oyunda

Aslan is a boy who dreams of becoming an aeronautical engineer. Among the belongings of his grandfather, who was a heroic pilot, he comes across clues of literally reviving an old plane.

Gökbey, an eye-catching, powerful, and friendly helicopter, has been brought to life with a blue stone designed using data obtained from Hürkuş's stone. After Ferit was captured by the police, Yaralı Yüz, who took over the business, produced a red stone obtained almost entirely from negative energy, but they did not have an airplane or helicopter powerful enough to handle the stone's energy. Therefore, they target Gökbey and hijack it during a flight test. Aslan, his friends, and Hürkuş set out to rescue Gökbey, but restoring him to his former state will not be as easy as they had anticipated due to the negative influence of the red stone.

The film tells the story of Hürkuş, Aslan, and their friends' struggle against drones that come to life thanks to the magnetic field emitted by a meteorite that falls to Earth.

Mustafa's childhood, his dream of becoming a soldier that gradually took root in his mind, and his journey to achieve this dream inspire 8-year-old Kemal, who lives in the present day. Mustafa's story is told through the words of Kemal's 85-year-old grandfather, Arif. Kemal, who wants to become an astronaut when he grows up, is presented as a child whose dreams are not supported by his family. Kemal's parents want him to set goals he can achieve so that he will not be disappointed in the future, but even though Kemal begins to agree with them in some ways, he cannot give up his dream of becoming an astronaut. Kemal's mother senses her son's unhappiness and sends him to his grandfather. When Arif, listening to his grandson, begins to tell the story of Mustafa Kemal, Kemal finds himself in the world of a child who, like him, has a great dream and, like him, seems unlikely to achieve it.

The film tells the story of Hürkuş, Aslan, and their friends' struggle against drones that come to life thanks to the magnetic field emitted by a meteorite that falls to Earth.