The MOZA Z-Axis Module serves as a yaw control axis with a ±20° range and an extension kit adding 97mm in length. It features a 16-bit Hall sensor for precise control, aerospace-grade CNC aluminum alloy construction for durability, and a locking mechanism for flexible use. Easy to install and compatible with the MOZA ecosystem, it enhances the realism and versatility of your flight simulation setup.
The MOZA accessory connection module is designed to enhance your gaming experience with precision and reliability. Crafted from aerospace-grade aluminum, this module provides durability and stability while connecting seamlessly with your game controller. With integrated hall sensors, it allows for accurate adjustments in yaw and extension, ensuring optimal performance during gameplay.This Z-Axis module stands out with its specialized components, tailored to meet the needs of avid gamers. The innovative design improves the functionality of your gaming setup and elevates your overall gaming experience. Whether you're engaged in thrilling racing simulations or action-packed adventures, this connection module offers support and responsiveness required for competitive play.
MOZA - tilbehør tilslutningsmodul for spilcontroller - Z-axis
Produkttype
Tilbehør tilslutningsmodul
Beregnet til
Spilcontroller
Integrerede komponenter
Hall sensor
Produktmateriale
Luftfarts-kvalitets aluminiumslegering
Dimensioner (B x D x H)
4.75 cm x 4.75 cm x 11 cm
Vægt
260 g
Generelt
Produkttype
Tilbehør tilslutningsmodul
Beregnet til
Spilcontroller
Integrerede komponenter
Hall sensor
Justeringer
Drej, forlængelse
Produktmateriale
Luftfarts-kvalitets aluminiumslegering
Bredde
4.75 cm
Dybde
4.75 cm
Højde
11 cm
Vægt
260 g
VR-headset
Sensorer
Gangsensor
Ovenstående informationer/specifikationer kan løbende ændres. I tilfælde af trykfejl vedrørende pris eller udsolgte varer bestræber vi os på hurtigst muligt at opdatere siden. Hvis en pris er åbenlyst forkert, er Merlin ikke forpligtet til at levere det pågældende produkt til den forkerte pris. Enkelte tekster kan være autogenererede eller maskinoversatte, og der kan derfor fremkomme tekster, som virker misvisende.
