The SIMAGIC Neo X paddle shifter module is a modular paddle system designed for the Neo X hub, giving sim racers precise shifting control with single or dual paddle configurations. KEY BENEFITS Choose your preferred shifting setup with single or dual paddle options Improve shift precision with responsive paddle input and consistent actuation Customize your wheel feel to match different racing styles and disciplines Enhance immersion with tactile feedback that matches real racing inputs Upgrade your Neo X setup with a clean, integrated paddle solution WHO IT’S FOR This module is designed for sim racers using the Neo X hub who want to expand or customize their wheel functionality. It is ideal for drivers who switch between racing styles such as GT, Formula, or drifting and need different paddle configurations. It also suits users building a fully tailored wheel setup focused on control and ergonomics. KEY FEATURES The SIMAGIC Neo X paddle shifter module integrates directly with the Neo X hub for a seamless and stable connection. It supports both single paddle and dual paddle configurations, allowing drivers to tailor their setup based on preference or driving discipline. The paddles are designed for responsive input with a consistent trigger feel, ensuring accurate shifts without unintended activation. The modular design allows easy installation and adjustment, making it simple to refine your wheel layout over time. TECHNICAL SPECIFICATIONS Product type: Paddle shifter module Compatibility: SIMAGIC Neo X wheel hub Configuration options: Single paddle or dual paddle Mounting: Direct integration with Neo X hub Purpose: Gear shifting and clutch control depending on configuration REAL-WORLD USE / EXPERIENCE In use, the paddles feel direct and reliable, giving you confidence during quick shifts and high-pressure moments. Whether you prefer a simple single paddle setup or a dual paddle configuration for advanced control, the SIMAGIC Neo X paddle shifter module provides consistent engagement and a clean mechanical feel that enhances both performance and immersion.
