
The next Marvel Studios Disney+ show is right around the corner, and to help get fans excited about the premiere of Moon Knight on March 30, Marvel has released three new posters featuring the title character and his many alters.
The first of the new posters features star Oscar Isaac front and center, sans hero mask. Though it is unknown which of his character’s alters is present in the poster — Marc Spector, Steven Grant, or another unknown alter — he stands as he pulls up the hood on his white hoodie, as both Moon Knight and Mr. Knight (two of Marc’s distinct, separate superhero alters) loom ominously behind him. The posters rotate that same format, with the second giving the spotlight to Moon Knight himself, as he stands ready for a fight, holding one of the character’s classic crescent darts as Marc and Mr. Knight stand in shadow behind him.
The third poster highlights Mr. Knight, a fan-favorite alter who tends to be a bit more subdued than Moon Knight, and fights crime as a detective rather than a vigilante in the comics. The poster sees Mr. Knight in his classic all-white suit, rolling up his sleeves and almost daring the audience to tell him off — clearly getting ready to get to work saving the day.
Moon Knight was first introduced in Werewolf By Night #32 in 1975 and was created by writer Doug Moench and artist Don Perlin. A mercenary with dissociative identity disorder, Marc Spector was chosen by the Egyptian moon god Khonshu to serve as his avatar, making him the vigilante Moon Knight.
Alongside Isaac, Moon Knight is set to star May Calamawy, Lucy Thackeray, F. Murray Abraham, Gaspard Ulliel,and Ethan Hawke as the series’ main antagonist. The series will be kicking off Marvel Studios’ impressive slate of programming for the year, with shows like She-Hulk and Ms. Marvel, movies like Doctor Strange in the Multiverse of Madness, and Thor: Love and Thunder, and even a Holiday special with The Guardians of the Galaxy Holiday Special.
Moon Knight premieres on Disney+ on March 30. Check out the all-new posters below:



via Collider
