More hardware is coming. A new Formula Wheel Mod to convert ES Steering Wheel and a new Handbrake to add to the overall company catalog. There are also more add-ons coming to ensure accessibility with other Moza Racing products.
MOZA ES Formula Wheel Mod
The formula wheel mod transforms the ES wheel into a formula wheel.
Features:
280mm Formula Wheel Mod
With dimensions matching a real formula racing wheel, the 280mm ES formula wheel mod is designed for immersion, realism, and performance.
Aviation Grade Aluminum Body
Using 4mm-thick aviation-grade aluminum alloy, the wheel rim mod is durable and rigid whilst remaining highly responsive thanks to this long-lasting lightweight alloy.
Rubber Grips
The grips are injection molded using environmentally friendly TPU rubber. They are non-slip, sweat-proof, and durable with a premium feel.
Note: the ES Formula Wheel Mod is specially designed and adapted for the ES wheel.
MOZA HBP Handbrake
Features:
Aviation Grade Aluminum Body
The whole body is CNC machined using aviation-grade aluminum with an anodized finish. It is wear-resistant, sturdy, and durable.
16-bit High Precision Angle Sensor
The MOZA HBP handbrake adopts a non-contact 16-bit high precision angle sensor providing a long maintenance-free life.
Adjustable Angles
A horizontally or vertically mounted lever simulates both road and race cars.
Angles are adjustable according to personal needs.
Adjustable Brake Force
Adjust the rebound strength and brake travel by replacing springs and changing the stop position according to personal needs.
Direct Connection to the PC or Wheelbase
The MOZA HBP handbrake can be connected to the PC directly via the USB hub or to a wheelbase with a handbrake port.
Easy to Fix
The MOZA HBP handbrake is ergonomically and beautifully engineered. It can be easily mounted on most racing rigs. In addition, we will offer optional desk clamps for users without an entire rig.
If you are in Europe, all Moza Racing products, with discounts of 2% using our links or our code (SFYOPTF7ZMR98), can be found on the Simufy website.
