New Docuseries Examines Extreme Biohacking and the Origins of the Looksmaxxing Movement
A three-part documentary explores the online subculture of male body modification, tracing its roots from supplement gurus to youth influencers.

A three-part documentary explores the online subculture of male body modification, tracing its roots from supplement gurus to youth influencers.
The story
A new three-part docuseries titled Get Huge: Looksmaxxing to Death examines the online subculture of male aesthetic pursuit and extreme body modification, focusing on the scene's foundational figures rather than younger viral streamers.
The documentary, directed by Stacey Lee and filmed beginning in 2024, explores the influence of supplement figure Dr Tony Hughes, known online as Dr Tony Huge. Hughes, a former attorney and bodybuilder, relocated to Pattaya, Thailand, in 2017, where he continued to promote heavy supplement use, steroids, and physical experimentation to his online followers.
Director Stacey Lee stated that the movement, which was relatively fringe when production began, expanded rapidly as filming progressed. The series investigates the biohacking scene following the suspicious death of Hughes's close associate, known as Leo Longevity, and examines how older online figures inspired a younger generation's fixation on physical enhancement.
A closer look
The broader looksmaxxing phenomenon has gained significant online attention through figures such as 20-year-old streamer Braden Peters, known as Clavicular, who amassed millions of followers through content centered on extreme aesthetic goals. The documentary features publicly available snippets of Peters, who faced legal proceedings, including pleading guilty to charges of raping a 17-year-old girl in Massachusetts.
Get Huge: Looksmaxxing to Death highlights the frequent use of injections, untested substances, and extreme physical regimens promoted within the manosphere. Lee noted that participants often view their own bodies as ongoing science experiments in pursuit of physical augmentation.
This report presents the named publisher’s account and has not yet been independently corroborated.


