A 280 mm Formula-style rim conversion for compatible MOZA ES and ESX steering wheels. The MOZA ES Formula Wheel Mod replaces the standard rim section of a compatible ES or ESX steering wheel with a compact Formula-style shape. It is made from aviation-grade aluminium and uses rubber grips for controlled hand placement. This is a rim modification, not a complete steering wheel: a compatible ES or ESX donor wheel is required and not included. Why choose this product? The 280 mm Formula-style shape places both grips close to the controls, supporting compact steering inputs for formula and prototype-style driving. Aviation-grade aluminium and rubber grips provide a rigid rim structure with a secure hand position. Compatibility Steering wheels: specially designed for MOZA ES and ESX steering wheels. Connection and ecosystem: it reuses the electronics, controls, paddles and quick release of the compatible donor wheel. Requirements: a compatible MOZA ES or ESX steering wheel is required and is not included. This accessory does not operate as a standalone USB steering wheel. Specifications Product type Formula wheel rim mod Diameter 280 mm Rim material Aviation-grade aluminium Grip material Rubber Compatible donor wheels MOZA ES and ESX What's in the box? MOZA ES Formula Wheel Mod Frequently asked questions Is this a complete steering wheel? No. It is a rim modification and requires a compatible MOZA ES or ESX steering wheel. Which steering wheels are supported? MOZA states that the mod is specially designed and adapted for ES and ESX steering wheels. What is the rim diameter? The Formula-style rim has a diameter of 280 mm. Are the buttons and paddles included? No. Those parts come from the compatible donor steering wheel and are not supplied with the rim mod. Does the mod change platform compatibility? MOZA does not state that the rim adds platform support. Use the compatibility of the ES or ESX donor wheel and connected wheel base. Please note: we make every effort to display products as accurately as possible. Colours, materials and finishes may vary slightly in real life due to studio lighting, screen settings, ambient light and product characteristics.
