You cannot softmod a Nintendo Switch v2 today (2024-2025) using only software if you are on firmware 8.0.0 or higher. The only options are:
If you see a YouTube video titled "Nintendo Switch v2 Softmod NO SOLDER FREE 2024," it is 100% a scam, a survey fraud, or a virus. Do not download any suspicious .exe files.
The v2 modding era is the era of the iron and the flux. Learn to solder, or pay a pro. Those are your only real paths to custom firmware.
Disclaimer: This article is for educational purposes. Modifying your Nintendo Switch violates Nintendo’s Terms of Service, will void your warranty, and can lead to a console ban from online services. Proceed at your own risk.
As of April 2026, it remains impossible to softmod a Nintendo Switch V2 nintendo switch v2 softmod
(the "Mariko" model). Unlike early 2017 V1 units, which had a hardware vulnerability in the recovery mode (RCM), all subsequent models—including the V2, Lite, and OLED—received hardware-level patches from Nintendo that permanently closed this entry point.
If you own a V2 model and want to run custom firmware (CFW), your only option is a The State of Switch V2 Modding Hardware Required : You must install a physical modchip, such as an RP2040-based chip (e.g., Picofly) or a V2-specific flex cable kit. Soldering Skills
: This is a high-difficulty task involving microsoldering to tiny capacitors around the CPU. It is generally not recommended for beginners Alternative Options
: If you are uncomfortable with soldering, your best bet is to find a "modding service" or trade your V2 for an unpatched V1 model, which can still be softmodded using a simple RCM jig. Why Softmodding Doesn't Work on V2 You cannot softmod a Nintendo Switch v2 today
The original V1 exploit (Fusée Gelée) targeted a bug in the NVIDIA Tegra X1 boot ROM. Because this ROM is "read-only" at the factory, Nintendo couldn't fix it with a software update. However, they physically updated the chip in the V2 (Mariko) and later units to remove this bug entirely. Experts agree that a new software-only exploit is highly unlikely given the console's mature security. Risks and Precautions
The v2 community has moved away from the expensive, unreliable Team-Xecuter SX Core and embraced open-source solutions like the Picofly or HWFLY modchips, built on the Raspberry Pi RP2040 microcontroller.
How it works (simplified):
Is this a softmod? No. It requires precise micro-soldering. It is a hardware-level glitch attack. But from a user perspective, once installed, it feels like a tetherless softmod—you turn on the console, and it boots into CFW automatically. If you see a YouTube video titled "Nintendo
Cost & Risk:
While softmodders fought with web browsers, the hardware modding community took a different, more permanent route.
Developers created hardware modchips, most notably the HWFly and the Instinct-NX. These were tiny circuit boards that had to be soldered directly onto the Switch's motherboard.
These chips worked by intercepting the communication between the Switch’s processor and its storage/memory. They contained their own processor (often an FPGA or a cloned microcontroller) that would "glitch" the boot process, forcing the Switch to load a custom payload from the chip's memory instead of the official Nintendo OS.
This was a "hardmod," not a "softmod." It required soldering skills, risked damaging the console, and was expensive. However, it provided the stability that software hacks lacked. With a modchip, a V2 Switch could behave almost exactly like a V1: coldbooting into CFW instantly.