🚨Big Spring Sales 🛍 🚛 49💲FREE SHIPPING🚚
GameSir T4 Nova Lite Switch Controller Hall Effect Gamepad for Nintendo Switch
From
$36.28
$30.14
GameSir T4 Nova Lite Switch Controller Hall Effect Gamepad for Nintendo Switch iPhone Android Mobile Phone Windows PC Steam
✅Certified brands & committed genuine items
GameSir T4 Nova Lite Switch Controller Hall Effect Gamepad for Nintendo Switch
The GameSir T4 Nova Lite is a multi-platform wireless gamepad that boasts Hall Effect analog sticks, which are designed to prevent stick drift and ensure a longer lifespan. Here's a breakdown of its key features and compatibility:
Key Features:
- Hall Effect Sticks: This is a major selling point, offering precise and drift-free control.
- Tri-mode Connectivity: It supports Bluetooth, a 2.4GHz wireless dongle, and USB-C wired connection, providing flexibility across different devices.
- Multi-Platform Compatibility: It's officially compatible with:
- Nintendo Switch
- iPhone (iOS 13.0 or later)
- Android (Android 9.0 or later)
- Windows PC (Windows 7 or later)
- Steam
- Analog Triggers: Offers precise control in games that utilize analog trigger input.
- Turbo Function: Features a 20Hz Turbo function for faster response in certain games.
- Dual Motors: Includes two motors in the grips for rumble vibration feedback.
- Multi-function M Button: Allows for convenient on-the-fly adjustments to settings like vibration intensity, ABXY layout, and stick dead zones.
- Battery Life: The built-in 600mAh battery offers around 10 hours of playtime via 2.4GHz and potentially up to 15 hours via Bluetooth on a full 2-hour charge.
- Lightweight and Portable: Its light design makes it easy to carry around.
- Included Accessories: Often comes with a 2.4GHz wireless dongle and sometimes a protective case
Quantity
14-day refund/replacement
This item can be returned in its original condition for a full refund or replacement within 14 days of receipt.
Your transaction is secure
We work hard to protect your security and privacy. Our payment security system encrypts your information during transmission.