Moza Racing Universal Hub USB Adapter for Moza Wheels and Pedals (Pre Order)

A USB adapter hub that allows compatible Moza wheels and pedals to function as standalone devices directly on PC. Designed for sim racers who want more flexibility in how they connect and configure their setup.

KEY BENEFITS

• Enables direct PC connection without requiring a wheelbase
• Expands compatibility across different sim racing setups
• Supports standalone use for easier customization and testing
• Provides stable performance with dual power support
• Simplifies integration of multiple Moza components

WHO IT’S FOR

This hub is designed for sim racers using compatible Moza wheels or SR-P Lite pedals who want to run their hardware independently from a wheelbase. It is ideal for users building custom setups, mixing brands, or testing components individually without being locked into a single ecosystem.

KEY FEATURES

The Moza Racing Universal Hub connects supported Moza devices directly to a PC via USB, allowing standalone operation without a wheelbase. It includes a third party wheel adapter for compatibility with TSW Truck Wheel, KS Wheel, FSR Wheel, and Vision GS Wheel. The hub features multiple input ports for expanded connectivity and a dual power supply system to maintain stable performance during use. Its aluminum construction ensures durability while keeping the design compact and easy to integrate into different setups.

TECHNICAL SPECIFICATIONS

• Material: Aviation grade aluminum
• Compatibility: Moza TSW Truck Wheel, KS Wheel, FSR Wheel, Vision GS Wheel, SR-P Lite Pedals
• Connection: USB to PC
• Power system: Dual power supply
• Ports: Multiple input ports for supported devices

REAL-WORLD USE / EXPERIENCE

In practice, this hub allows you to separate your controls from a traditional wheelbase setup, giving you more freedom to configure your rig exactly how you want. Whether you are mixing hardware brands or running a minimal setup, the Moza Racing Universal Hub makes it easy to connect and use supported devices with consistent performance and reliable input detection.