Fan Casting Nick Robinson as Edward "Teddy" Remus Lupin in Harry Potter: Next Generation

tatiyanawicks made this fan casting suggestion on October 29, 2024. What do you think? See below to cast your vote, or click here to see all fan casting suggestions for this role.

Nick Robinson as Edward Teddy Remus Lupin in Harry Potter: Next Generation

Nick RobinsonUnited States

29 years old
Nicholas John "Nick" Robinson (born March 22, 1995) is an American actor. As a child, he appeared in stage productions of A Christmas Carol and Mame (both in 2008), following which he starred in th...
See Profile
Loading another FastCast...
Fan Casting

Nick Robinson

as

Edward "Teddy" Remus Lupin ((Son of Remus Lupin and Tonks Lupin))

in

Harry Potter: Next Generation

Do you agree?

Harry Potter: Next Generation

Harry Potter: Next Generation

The story of the next generation in the Harry Potter series is told in Harry Potter and the Cursed Child, an original play by J.K. Rowling, John Tiffany, and Jack Thorne. The play takes place 19 ye...
See Story

Has this person been officially cast for this role? Click here.

Fan casting suggestion made by:

Join the Conversation

0 comments on Nick Robinson as Edward Teddy Remus Lupin in Harry Potter: Next Generation

Nick Robinson is known for his roles in The 5th Wave, Love, Simon, and Jurassic World. He has been suggested by fans for 6,158 roles on myCast, including Sejanus Plinth in The Ballad of Songbirds and Snakes. Similar actors include Timothée Chalamet, Tom Holland, and Dylan O'Brien. Nick Robinson was suggested to play Edward "Teddy" Remus Lupin in Harry Potter: Next Generation by tatiyanawicks. Other actors sugggested to play this role include Nicholas Hoult, Taron Egerton, and Dylan Minnette. Harry Potter: Next Generation has 24 roles, including Roxanne Angelina Weasley, Hugo Ronald Granger-Weasley, and Albus Severus Potter.

Supporters (1)
Opposers (0)
  • Nobody opposes this suggestion yet.

More Fan Casting Suggestions for Edward "Teddy" Remus Lupin in Harry Potter: Next Generation