New Mini Controller Enables Portrait Mode Gaming!

If you're a gamer, you've likely faced the frustration of playing vertical arcade games on your phone in an uncomfortable, Instagram-like grip. Enter Max Kern, a modder who's crafted a solution: the Tate Mode mini controller, designed to enhance the experience of portrait-mode gaming.

Traditional controllers are optimized for landscape play, akin to using a Switch or Steam Deck. However, classic vertical shooters and retro games often require a different, more vertical orientation. Max Kern's innovation addresses this by creating a compact USB-C gamepad specifically for Tate mode, eliminating the need for Bluetooth, charging, or additional batteries.

Max's creation leverages a Raspberry Pi RP2040 chip, with the case and buttons 3D-printed via JLCPCB. If you're interested in building your own, Max provides a detailed tutorial on his YouTube channel.

Watch Max Kern's YouTube video on the Tate Mode mini controller here.

The controller, powered by GP2040-CE firmware, functions as a standard HID controller, ensuring compatibility across Android, iOS, Windows, and Mac platforms. Its compact design makes it a versatile choice for gamers.

However, there are some concerns to consider. The setup may strain the USB-C port, as the gamepad's weight partially rests on it. This could potentially lead to wear and tear over time, requiring users to support both the phone and controller during use.

Reactions on Reddit are mixed. While some applaud the ingenuity, others worry about potential hand cramps and the overall comfort of the setup. It's worth noting that this isn't a commercial product but a DIY project. Max has generously shared the firmware and print files on Thingiverse and GitHub, inviting enthusiasts to explore and possibly improve upon his design.

What are your thoughts on this innovative little gamepad? Share your opinions in the comments below!

Before you go, don't miss our latest news on the Zombie Survival Shooting RPG, Darkest Days, now available on Android.