Moza Force Feedback Base

Features

Description

MOZA AB9 FFB Base Supported Platform:PCMaximum Limit Angle:20Main Body Material:Aviation-Grade Aluminum AlloyPeak Torque:12NmRated Voltage:110V220V AC > 36V DCRated Current:6ARated Power:216WUSB Refresh Rate:1000HzBase Indicator Light:Supports Displaying Base StatusConnection Ports:Power, Data, Throttle, Rudder Pedals, etc.Installation Method:Desktop or RigDesktop Clamp:Optional WHAT'S INBOX MOZA AB9 FFB Base * 1 Data Cord Wrench User Manual MOZAAB9Base MCLS Force Feedback Algorithm 12Nm Peak Torque Dual Servo Motors Aviation-Grade Aluminum Alloy Construction High-Resolution Encoder Compatible with Top Flight Simulation Games Quiet and Seamless Design DualServoMotorsDeliveringaPeakTorqueof12Nm The MOZA AB9 FFB Base features dual class-leading servo motors, with a single direction providinga constant 9Nmof torque and the system offeringa peak torque of 12Nm.

This exceptional torque provides precise, dynamic feedback, accurately simulating an aircraft's response during various flight conditions such as taxiing, takeoff, landing, and turbulence. Its robust torque capability effortlessly manages complex and intense flight maneuvers, making it ideal for flight simulation enthusiasts and professional trainers seeking challenging and realistic flight experiences.

ProprietaryMCLSForceFeedbackTechnology The high-torque dual servo motors, coupled with our proprietaryMOZA Control Loading System (MCLS), deliver precise force feedback technology. With a maximum adjustable 20 travel, it accurately simulates various flight scenarios, significantly enhancing the realism and immersion of flight simulations.

MOZACockpitControlSoftware Our proprietary MOZA Cockpit Control Software sets the industry standard with its intuitive UI design and superior interaction experience. It offers plug-and-play convenience along with shareable presets for tailored force feedback settings. Users can effortlessly adjust control parameters, fine-tune the intensity of force feedback, and modify response characteristics to perfectly align with their personal preferences.

CraftedfromAviation-GradeAluminumAlloy Constructed from aviation-grade aluminum alloy and finished with automotive-quality paint, this minimalist yet rugged design guarantees robustness, mechanical and thermal stability. High-ResolutionEncoder Our high-resolution encoder chip elevates the base's ability to replicate flight dynamics with exceptional accuracy.

It responds with precision to every control input, from the slightest adjustments to rapid maneuvers, enhancing the realism of flight simulations and boosting pilot immersion and satisfaction. CompatibilitywithLeadingFlightSimGames Our system seamlessly integrates with popular flight simulation titles like MSFS2024, MSFS2020, X-plane 12/11/10, DCS, IL-2, War Thunder, and more, ensuring an immersive experience across a wide range of platforms.

QuietandSeamlessDesign Our fanless structure minimizes operational noise, enabling users to dive into their gaming experience without distraction. The sealed design not only reduces dust and particulate matter ingress but also extends the device's lifespan for sustained enjoyment. Ultra-SmoothServoMotorwithLowCoggingTorque The segmented winding design of the servo motor combined with our unique optimization algorithm delivers not only exceptionally low cogging torque and torque ripple but class leading ultra smooth operation and responsiveness.

OpenEcosystem The MOZA AB9 active force feedback base supports third-party flight sticks with compatible mounts, demonstrating MOZA's commitment to an open and inclusive ecosystem. *Joysticks from a third-party brand may require an extra adaptor and data cable from MOZA, which need to be purchased separately.

MultipleInstallationOptions The system supports a variety of installation methods, including desktop clamping or mounting on a dedicated rig. This versatility allows it to adapt to different usage environments and space requirements, meeting the personalized installation preferences of diverse users.

EnduredMillionsofTests Each unit has undergone over a m