Zac Efron and Vanessa Hudgens' reunion in "High School Musical 4" is one of the anticipated events for Troyella fans. However, new reports claim that Vanessa Hudgens might not join "HSM4" as Taylor Swift will take her place. Meanwhile, there are rumors that fans would rather have "High School Musical 4" canceled than welcome Taylor Swift for Vanessa Hudgens' role in "HSM".
For those following Zac Efron and Vanessa Hudgens growth and progress in the "High School Musical" series, a reunion in "HSM4" will be refreshing. Unfortunately, there are rumors that the "Bad Blood" singer Taylor Swift is taking Vanessa Hudgens' role.
According to reports, forcing Vanessa Hudgens and Zac Efron to reunite in "High School Musical 4" might affect the film adversely because the "HSM" alumni are not over their failed romance. In fact, some claim that Vanessa Hudgens and Zac Efron have not talked to each other since their split. It would be awkward for the former "HSM" stars to rekindle their love and chemistry in "High School Musical 4."
Due to this, there are speculations that "High School Musical 4" will feature Taylor Swift instead of Vanessa Hudgens. Although Taylor Swift has not done this before, her love for music has earned her numerous awards and recognitions, which could be her ticket to "HSM4."
Unfortunately, even before these things become official, "HSM" fans already said their piece about replacing Vanessa Hudgens with Taylor Swift in "High School Musical 4" and they are not supportive. They want Troyella, not Taylor Swift.
According to Movie News Guide, "HSM" fans would rather have "High School Musical 4" canceled than welcome a new member like Taylor Swift. Yes, not every "HSM" fan is a huge fan of the "Blank Space" singer too.
Should Disney replace Vanessa Hudgens with Taylor Swift in "High School Musical 4?" Are you seeing a chemistry between Swift and Zac Efron? Will you boycott "HSM4" if it will not include Troyella or replace Vanessa Hudgens or Zac Efron with another star? Share your thoughts in the comment section below.