Featured

Riverdale’s Hart Denton joins 13 Reasons Why Season 3 Cast

Hart Denton is being expected to have joined the Netflix 13 Reasons Why season 3 

People are so hyped up about the upcoming season of the Netflix series- 13 Thirteen reasons why that they are looking around all over the internet for all the details they could grasp about the show. And thanks to a Reddit user who recently revealed us the name of a new cast member who has joined the 13 reasons why team this year.

Image result for hart denton 13 reasons why
©Popbuzz.com

Hart Denton has been revealed to be the newcomer in the show. Many of us might not know him by his name, but Hart Denton is an American actor popularly known for his role as “Chic” in one of the popular T.V series Riverdale’s season 2. Chic was the older brother of Betty Cooper (Lilli Reinheart) on this T.V series. He could also be recognized from another series of Lethal Weapon (2016) and the movie Fun Mom Dinner (2017).

Lili Reinhart and Hart Denton in Riverdale (2017)
©IMDb.com

How was it revealed that Hart Denton had joined the cast?

Well, thanks to IMDb.com that has updated a list of the upcoming episodes of thirteen reasons why season 3 and at the bottom of which along with several other details there is a list of the stunt doubles. And in this list of the 11th and 12th episode, it is mentioned that Dalton Rondell who is a stunt double, would be performing stunts for Hart Denton.

Since a Reddit user saw this and obviously talked about it; and the news spread over the internet like a wildfire.

 

Image result for hart denton in 13 reasons why imdb

©Popbuzz.com

People now also claim that they have seen Hart hang out with some of the cast of the show earlier in January this year when the filming of the show would have been in process. Apart from that, the fans have also observed that Hart follows a lot of stars from Thirteen reasons why on Instagram.

However, the details on IMDb.com could be easily edited, and also there is no official statement from anyone confirming this discovery.