Nintendo Switch 2 Joy-Con Leak: A Closer Look at the Next-Gen Controller
Recent online leaks suggest a strong possibility of a soon-to-be-revealed Nintendo Switch successor. These leaks prominently feature images of the purported Joy-Con controllers for the anticipated Switch 2. While the current Switch still boasts a 2025 game release lineup, the whispers of a new console are growing louder, especially with Nintendo's confirmed announcement slated for the end of their 2024 fiscal year. This impending reveal has fueled speculation surrounding the Switch 2's features and design.
With a rumored March 2025 launch date, leaks regarding the Switch 2's specifications and design have proliferated. Many of these originate from third-party developers and insiders, who claim to possess highly accurate images of the console. Details about the Joy-Con's continued use and color schemes have also surfaced. Newly leaked images, appearing on the r/NintendoSwitch2 subreddit, provide the clearest view yet of the Switch 2's Joy-Cons.
Posted by user SwordfishAgile3472, purportedly sourced from a Chinese social media platform, these images showcase the back and side of a left Joy-Con. Subsequently shared across various social media channels, these images seemingly confirm the rumored magnetic connection for the controllers, replacing the previous rail-based system.
Decoding the Joy-Con Leak:
The leaked images reveal a predominantly black Joy-Con with blue accents, echoing the original Switch's color scheme. However, unlike the original blue Joy-Con, the blue element appears to be confined to the rail. The images also offer a glimpse at the button layout, showing noticeably larger "SL" and "SR" buttons, as well as a third, unlabeled button on the back. This additional button is speculated to be a release mechanism for the magnetic connection. These Joy-Con images align with other recent leaks and mockups of the Switch 2 console.
While these leaks are compelling, definitive confirmation awaits Nintendo's official unveiling of the Switch 2.