MOZA MA3F Flight Computer Display brings Airbus-style flight management into the home cockpit with a layout that rewards every button press and data entry. The 5.1-inch high-resolution IPS display keeps flight plans, procedures, and navigation pages crisp and easy to read, while the die-cast aluminum front panel gives every interaction a reassuring sense of solidity. Heavy-actuation keys, synchronized lighting, and thoughtful workflow tools make programming an arrival or revising a route feel satisfying from the first waypoint to the final approach. What Sets the MOZA MA3F Flight Computer Display apart? Keys That Feel Purpose-Built – Many flight management units focus almost entirely on appearance, but the MA3F pays equal attention to how every key behaves. The heavy-actuation dome switches and rigid silicone keycaps create a firm, deliberate press that users frequently appreciate during longer flights. The stable key action also helps reduce accidental inputs when quickly updating flight plans or changing performance data. Practical Features Beyond Flight Planning – Built-in checklist pages and three integrated whiteboard pages make this more than a simple MCDU replica. Pilots can keep notes, approach briefings, frequencies, or clearance information directly on the unit instead of relying on paper or a second monitor. Many cockpit builders value these workflow additions because they reduce clutter while keeping important information close at hand. Premium Construction Without Excessive Bulk – The die-cast aluminum front panel gives the MA3F a reassuringly solid feel while keeping overall weight manageable for desktop or cockpit installations. Combined with the sharp IPS display and clean surface finish, it stands out as a polished piece of hardware that integrates naturally into dedicated Airbus flight decks. Broad Airbus Ecosystem Support – The MA3F supports numerous Airbus aircraft across Microsoft Flight Simulator and X-Plane, including respected third-party add-ons such as the Fenix A320, Toliss aircraft, and FlightFactor A320. Combined with customizable fonts and synchronized lighting, it adapts easily as simulator libraries continue to grow. Pros and Cons Pros Cons Excellent tactile keys with firm mechanical feel. Limited to Airbus flight management systems. Sharp IPS display with customizable fonts. PC platform only. Built-in checklist and whiteboard pages add utility. Die-cast aluminum front panel feels exceptionally solid. Specifications Specification Value Product Type Airbus-style Flight Computer Display (MCDU/FCD) Display Size 5.1-inch IPS Front Panel Material Die-cast aluminum alloy Body Material ABS + PC Connection USB Type-C 2.0 Rated Voltage 5V Rated Current 900mA Supported Platform PC Mounting Options Desktop stand, 75 × 75 mm VESA mount Included Accessories Data cable, desktop stand MA3F Dimensions 277.9 × 145.5 × 29.6 mm MA3F Weight 588 g MB7F Dimensions 277.9 × 145.5 × 32 mm MB7F Weight 646 g MOZA MA3F Flight Computer Display Compatibility Hardware Compatibility MOZA Cockpit Software Supports telemetry synchronization and lighting control Mounting Desktop stand and 75 × 75 mm VESA mount Connection USB Type-C 2.0 Flight Simulator Compatibility Microsoft Flight Simulator Supports Airbus A320/A330 family X-Plane Supports Airbus aircraft including Toliss models Third-Party Aircraft Compatible with Fenix A320, FlightFactor A320, and others Built for PC flight simulation, the MA3F integrates with MOZA Cockpit software for synchronized lighting and configuration. A USB Type-C connection keeps installation straightforward, while the included desktop stand and 75 × 75 mm VESA compatibility make it equally suitable for desktop use or permanent cockpit installations. The compact dimensions and lightweight construction make it easy to install alongside other Airbus controls without placing excessive strain on a cockpit frame. The display is intended to complement dedicated Airbus flight decks while remaining flexible enough for modular home cockpit projects. Compatible with Microsoft Flight Simulator and X-Plane Airbus aircraft, the MA3F supports the A320 and A330 families along with respected third-party aircraft including Fenix A320, Toliss, and FlightFactor A320. The supported platform is PC; Mac systems and gaming consoles are not supported.

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Moza MTP Throttle Panel delivers a robust flight control experience inspired by carrier-based fighter jets. The adjustable detent system allows for fine-tuned control, whether managing afterburners or simulating center detents in space sims. The built-in vibration feedback enhances situational awareness, alerting pilots to aerodynamic shifts, overspeed warnings, and combat conditions. With 27 programmable switches, a Hall effect joystick, and aluminum alloy grips, this throttle panel is built for flight sim enthusiasts who want precision control in high-stakes environments. What Sets the Moza MTP Throttle Panel apart? Customizable Detent System for Maximum Control The MTP Throttle allows users to fine-tune detent positions, making it ideal for afterburner settings, reverse thrust, or precise spaceflight maneuvers. Whether fine-tuning power curves or creating distinct engine stages, this feature provides flexibility not commonly found in other throttle setups. Built-In Vibration Feedback for Enhanced Awareness Unlike passive throttles, the MTP includes vibration motors that react to telemetry data from the simulator. This feedback system provides haptic alerts for conditions like aerodynamic resistance, overspeed warnings, and system failures, offering pilots an extra layer of situational awareness. 27 Programmable Switches for Complex Flight Operations The control surface is loaded with 27 switches, all of which can be configured for essential functions such as gear deployment, engine ignition, or combat systems. The optimized layout ensures that commands remain easily accessible without fumbling mid-flight. Hall Effect Joystick for Additional Input Flexibility Integrated directly into the throttle, this joystick offers drift-free input for fine control adjustments. Whether assigned to pitch trim, rudder inputs, or even camera navigation, the Hall effect sensor ensures consistent performance without the wear and tear of traditional potentiometers. Pros and Cons Pros Cons Adjustable detent system for afterburners and space sims Desktop clamp sold separately Built-in vibration feedback reacts to flight conditions PC-only support, no console compatibility 27 programmable switches for extensive control mapping Durable aluminum grip with tactile feel Specifications Specification Value Dimensions 277 × 194 × 216 mm Housing Material Composite material Throttle Grip Material Aluminum alloy Weight 2.1 kg Physical Switches 27 Vibration Telemetry Supported (no plug-ins required) Lighting Telemetry Supported (no plug-ins required) Supported Platform PC Desktop Clamp Optional Desktop Mounting Plate Optional Included Accessories Data cable, wrench, user manual Moza MTP Throttle Panel Compatibility Compatible With Not Compatible With MOZA Cockpit software for customization Console platforms MOZA MTLP Panel for full fighter jet setup Third-party throttle quadrants PC-based flight simulation rigs MacOS Designed for PC-based simulators, the MTP Throttle integrates seamlessly with MOZA Cockpit software, enabling fine-tuned adjustments for vibration feedback, switch mapping, and telemetry-based lighting effects. It also pairs with the MOZA MTLP Panel, creating a modular fighter jet control system that enhances the takeoff and landing experience. PC-only compatibility ensures plug-and-play functionality with Microsoft Flight Simulator 2020, Microsoft Flight Simulator 2024, and X-Plane 12. However, this system does not support MacOS or consoles, meaning Xbox and PlayStation users will need to look elsewhere for compatible throttle solutions.

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Moza AY210 Force Feedback Yoke Base brings a bold approach to flight simulation, combining robust construction with powerful force feedback technology. The 9Nm torque and 210N push force provide an intense level of control, making every pitch and roll feel like commanding a real aircraft. The all-aluminum alloy build gives it an industrial-grade feel, while the quick-release yoke system allows for easy swaps. Designed with versatility in mind, it supports multiple mounting options and features a fully customizable switch panel. For those who take their sim flying seriously, this yoke base is a game-changer. What Sets the Moza AY210 Force Feedback Yoke Base apart? Force Feedback That Packs a Punch With a continuous roll torque of 9Nm and a pitch axis delivering up to 210N of force, this yoke base delivers a level of tactile feedback that few others can match. Whether you're pulling out of a steep climb or feeling the resistance of turbulence, the force feedback system provides a deep connection between pilot and aircraft. Quick-Release Yoke Mechanism Unlike most yokes that require tedious reassembly for customization, this one features a motorsport-style quick-release mechanism. Swap yokes effortlessly depending on aircraft type, reducing downtime between flights and allowing a seamless transition between different cockpit setups. Heavy-Duty Aluminum Construction Built entirely from aluminum alloy, this yoke base is engineered to handle aggressive maneuvers and long-haul flights without flex or wear. The weighty build provides stability, ensuring it stays planted even under high-force feedback loads. Extensive Software Customization The MOZA Cockpit software enables fine-tuned adjustments, from force feedback profiles to switch panel configurations. Users can tweak lighting, telemetry integration, and even long-press button commands for added functionality. Pros and Cons Pros Cons Strong force feedback with 9Nm torque and 210N push force Weighs 8kg, making portability a challenge Full aluminum build for durability and stability Requires external power adapter (included) Modular design with a quick-release yoke mechanism Fully customizable switch panel with MOZA Cockpit software Specifications Specification Value Dimensions 243 × 403 × 216 mm Housing Material Aluminum alloy Weight 8.0 kg Motors Dual servo motors Max Pitch Force 210N Sustained Roll Torque 9Nm Travel Distance 150mm Compatible Yokes MOZA Yoke Series Power 216W Voltage 110~220V AC → 36V DC Chip Precision 15-bit magnetic encoder USB Refresh Rate 1000Hz Mounting Options Desktop clamp (optional), cockpit mounting Connection Ports Power, USB, throttle, rudder pedals, panel Emergency Stop Switch Optional Telemetry Force Feedback Supported (no plug-in required) Platform Support PC Moza AY210 Force Feedback Yoke Base Compatibility Compatible With Not Compatible With MOZA Yoke Series Third-party yokes MOZA Cockpit software for customization Console platforms PC flight simulation setups MacOS Full PC compatibility ensures seamless integration with major simulation titles, including Microsoft Flight Simulator 2020, Microsoft Flight Simulator 2024, and X-Plane 12. The built-in telemetry force feedback system means no additional plugins are required, giving users direct haptic feedback from their sim of choice. However, it does not support MacOS or gaming consoles. While designed exclusively for PC, this system provides full support for high-end flight sims. Microsoft Flight Simulator and X-Plane 12 work natively, with extensive control mapping options. Unlike some competitor products, this base does not offer plug-and-play functionality for Xbox or PlayStation users, focusing instead on delivering deep software customization and telemetry-based force feedback.

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Moza MA3X Flightstick blends classic aircraft-inspired design with modern engineering to deliver an engaging flight simulation experience. Built from ultra-strong composite material, it remains lightweight yet durable enough to handle up to 30 kg of force. The ALPS switches ensure longevity, rated for 100,000 cycles, giving pilots consistent and reliable control. A multi-layer spray and UV treatment replicate the tactile sensation of real aircraft materials, elevating the overall feel. With an expanded button layout and broad compatibility, the MA3X adapts seamlessly to any setup, offering both flexibility and reliability. What Sets the Moza MA3X Flightstick Apart? Durable Yet Lightweight Build – Unlike bulkier metal-based flightsticks, the MA3X is constructed from ultra-strong composite material. This allows it to remain lightweight at just 220g while still handling up to 30 kg of force without compromising structural integrity. Enhanced Button Layout – The MA3X comes with four physical buttons but can be expanded to support up to 12 input signals. This added flexibility ensures that users can configure their controls exactly how they need for various simulation scenarios. ALPS Switches for Longevity – Many flightsticks suffer from wear and tear over time, but the MA3X is equipped with ALPS switches rated for 100,000 cycles. This means pilots can rely on smooth and consistent operation, even after extensive use. Wide Compatibility and Plug-and-Play Setup – Designed to work with all Moza bases and most third-party bases, the MA3X requires no additional drivers or complex setup. The 5-pin aviation connector ensures a stable and secure connection. Pros and Cons Pros Cons Durable composite material withstands heavy use. No official support for MacOS. Expandable button layout with up to 12 input signals. Limited standalone functionality without a compatible base. ALPS switches rated for 100,000 cycles. Works with Moza and most third-party bases. Specifications Specification Value Housing Material Composite Switch Material ABS Weight 220g 8-Position Switch 1 Trigger 1 Changeover Switch 1 Connector 5-pin aviation connector Moza MA3X Flightstick Compatibility Compatible With Not Compatible With PC (Windows-based systems) MacOS All Moza bases Consoles (PlayStation, Xbox) Most third-party bases USB-only input systems The Moza MA3X Flightstick integrates effortlessly with all Moza bases and supports most third-party bases using its 5-pin aviation connector. Unlike some flightsticks that lock users into specific ecosystems, the MA3X maintains a more flexible design, allowing for broader compatibility without extra adapters. On the software side, the MA3X is fully compatible with Windows-based flight simulators but does not support MacOS. It works well with leading titles such as MSFS2020, X-Plane, and DCS. However, console users should look elsewhere, as the MA3X does not support PlayStation or Xbox platforms.

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MOZA MA3F Electronic Flight Control Modules L bring the unmistakable Airbus A320 flight deck to your simulator with controls that make every heading change, altitude adjustment, and approach setup feel deliberate. The dual-rail spring-loaded push/pull mechanism recreates the distinctive operation of Airbus autopilot controls, while custom segmented displays faithfully mirror Airbus-specific character formatting and spacing. From the satisfying click of each selector to the coordinated cockpit lighting, every interaction encourages proper Airbus procedures throughout the entire flight. What Sets the MOZA MA3F Electronic Flight Control Modules L apart? Faithful Airbus Push/Pull Operation – The dual-rail spring-loaded push/pull mechanism delivers a noticeably more convincing feel than conventional encoder-based controls. Airbus enthusiasts often point out that having distinct push and pull actions makes switching between managed and selected modes feel far more intuitive, helping reproduce familiar cockpit workflows without relying on keyboard shortcuts or mouse clicks. Displays That Match Airbus Presentation – Rather than using generic digital readouts, the custom segmented displays reproduce Airbus-style character spacing, typography, and formatting. Builders frequently appreciate these visual details because the modules blend naturally with other Airbus cockpit hardware, creating a clean and cohesive flight deck instead of a collection of mismatched peripherals. Flexible Expansion for Growing Cockpits – Available as an FCU only, FCU with a single EFIS, or a complete Electronic Flight Control Module suite, the system adapts to different cockpit sizes and budgets. The optional extended-function EFIS mode adds further flexibility, allowing additional controls to be accessed without filling the cockpit with extra hardware. Straightforward Installation and Configuration – The included mounting bracket, aluminum-profile compatibility, and standard 75 mm VESA support make installation simple across desktop and full-frame cockpits. Users also appreciate MOZA Cockpit software for its synchronized lighting, streamlined configuration process, and flexible control customization without requiring complicated setup procedures. Pros and Cons Pros Cons Excellent Airbus-style push/pull control mechanism. Designed specifically for Airbus aircraft. Displays closely match Airbus FCU formatting. Requires a Windows PC. Modular configurations support gradual cockpit upgrades. Synchronized lighting creates a cohesive cockpit appearance. Specifications Specification Value Product Type Airbus A320-style FCU and EFIS control system Available Configurations FCU only, FCU + single EFIS, complete EFCM suite Display Type Custom Airbus-style segmented displays Autopilot Control Mechanism Dual-rail spring-loaded push/pull controls Lighting Independent display, character, and status illumination Software Integration MOZA Cockpit Supported Platform PC Mounting Options Included bracket, aluminum profile, 75 mm VESA mount Extended Function Optional EFIS extended-function control mode MOZA MA3F Electronic Flight Control Modules L Compatibility Hardware Compatibility Mounting Systems Included bracket, aluminum-profile rigs, 75 × 75 mm VESA mounts MOZA Cockpit Software Telemetry synchronization and configuration supported Cockpit Configurations FCU only, single EFIS, or complete EFCM suite Flight Simulator Compatibility Microsoft Flight Simulator Default Airbus A320/A330 and supported Airbus add-ons X-Plane Compatible with Airbus aircraft including ToLiss series Third-Party Aircraft Fenix A320, FlightFactor A320, ToLiss series, and other popular Airbus airliners Designed for PC flight simulation, the MA3F Electronic Flight Control Modules L integrate with MOZA Cockpit software for telemetry synchronization, synchronized lighting, and simple configuration. Included bracket mounting, aluminum-profile compatibility, and 75 mm VESA support allow the modules to fit comfortably into desktop cockpits or larger Airbus flight deck projects. The modular design allows builders to begin with a single FCU or expand into a complete Electronic Flight Control Module suite as their simulator grows. Independent adjustment of display brightness, character illumination, and status lighting helps maintain a consistent cockpit appearance during daytime departures and night operations alike. Compatible with Microsoft Flight Simulator and X-Plane, the system supports default Airbus A320 and A330 aircraft together with leading third-party aircraft including Fenix A320, ToLiss, FlightFactor A320, and other popular Airbus airliners. The supported platform is PC; gaming consoles and macOS are not supported.

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Moza MTLP Take-off Landing Panel brings the essence of fighter jet operations to the home cockpit with a rugged, tactile control system built for serious sim pilots. Designed after the F/A-18 landing panel, it offers an intuitive switch layout that allows for quick, instinctive inputs without relying on visual confirmation. The authentic parking brake mechanism delivers a solid, mechanical rebound that feels straight out of a real fighter jet. With 25 programmable switch signals and Hall effect sensors for accuracy, this panel bridges the gap between virtual and hands-on cockpit interaction. What Sets the Moza MTLP Take-off Landing Panel apart? Designed for Hands-On Control Modeled after the F/A-18 landing panel, this setup prioritizes instinctive operation. The switch layout allows pilots to manage critical aircraft functions by feel, reducing the need to glance away from the screen. This kind of tactile reinforcement is essential for fast-paced environments like combat flights and carrier landings. Hall Sensor Precision for Key Functions Unlike standard mechanical switches, the MTLP integrates Hall effect sensors into key inputs like the landing gear and tailhook levers. These sensors provide long-term reliability and consistent input accuracy, eliminating wear-related drift or degradation over time. Built to Handle Repeated Use The aluminum alloy construction used in the brake lever, tailhook lever, and landing gear ensures durability. These components can withstand repeated, forceful engagement, making the panel a long-term investment for flight enthusiasts who demand mechanical robustness. Seamless Integration with Moza's Ecosystem The MTLP is designed to work effortlessly with the Moza MTP Throttle Panel, forming a cohesive fighter jet control setup. Through Moza Cockpit software, users can synchronize telemetry-driven lighting effects and customize their button configurations to match their flying style. Pros and Cons Pros Cons Modeled after the F/A-18 landing panel Desk clamp sold separately Hall effect sensors for accuracy and longevity Limited to PC compatibility 25 programmable switch signals for extensive control Compatible with Moza’s ecosystem for full fighter setup Specifications Specification Value Dimensions 196.5 × 134.7 × 149 mm Housing Material Composite materials Brake Lever Material Aluminum alloy Weight 680g Switch Signals 25 Telemetry Lighting Yes (no additional plugins required) Supported Platform PC Desk Clamp Optional accessory Included Accessories Data cable, user manual Moza MTLP Take-off Landing Panel Compatibility Compatible With Not Compatible With Moza MTP Throttle Panel Third-party throttle panels Moza Cockpit software for customization Console platforms PC-based flight simulators MacOS Designed for PC-based simulators, the MTLP integrates seamlessly with Moza's MTP Throttle Panel to create a fighter jet-style control suite. The panel is configured through Moza Cockpit software, allowing for extensive customization, including telemetry-linked lighting effects. However, it does not support third-party throttle panels, meaning full functionality is best achieved within the Moza ecosystem. PC-only compatibility ensures support for major flight simulators, but MacOS and consoles are not supported. Flight sim enthusiasts using Microsoft Flight Simulator 2020, Microsoft Flight Simulator 2024, and X-Plane 12 will find the panel natively recognized, offering direct plug-and-play functionality through USB. However, users looking for Xbox or PlayStation support will need to consider alternative hardware.

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Moza MH16 Flightstick brings a bold, no-compromise approach to flight simulation. Designed with aerospace-grade aluminum alloy, this flightstick isn’t just about looks—it’s built to withstand intense sessions without breaking a sweat. With 27 input signals and an 8-way ALPS thumbstick, every command is at your fingertips, ready for precision maneuvers. Detachable modular components mean you can tailor the setup to your needs, while the sturdy construction ensures stability even in the most demanding dogfights. Whether you're cruising at altitude or locking into a tight turn, this flightstick offers a level of control that keeps you fully engaged. What Sets the Moza MH16 Flightstick Apart? Built Like a Real Fighter Jet Stick – The all-metal design isn't just for aesthetics—it provides the heft and feel of a real aircraft control system. Compared to plastic-based competitors, the MH16 gives a more substantial and robust grip, reducing flex and ensuring long-term durability. Modular and Expandable – Unlike many fixed flightsticks, the MH16 features detachable modules with pogo pin connections, allowing for easy customization. This means users can swap out or upgrade components without the hassle of rewiring or disassembling the entire unit. Extensive Customization – With 27 input signals and an 8-way ALPS thumbstick, pilots can map commands exactly how they want. This level of button and function assignment flexibility makes it a standout choice for those who demand complete control over their simulation experience. Seamless Plug-and-Play Compatibility – No convoluted setup, no extra drivers needed—just connect and go. The 5-pin aviation connector ensures secure and stable input transmission, making it instantly operational with most flight bases on the market. Pros and Cons Pros Cons Aerospace-grade aluminum body offers durability and solid grip. Out of stock—availability can be an issue. Detachable modules allow for easy customization. No official MacOS support. 27 inputs and ALPS thumbstick provide extensive control. Plug-and-play with most flight bases. Specifications Specification Value Platform PC Main Material Aerospace-grade aluminum alloy Rated Voltage 3.3V Rated Current 5A Connector 5-pin aviation connector Z-axis Module Optional Dimensions 99×213.5×132mm Moza MH16 Flightstick Compatibility Compatible With Not Compatible With PC (Windows-based systems) MacOS Most flight bases with a 5-pin aviation connector Consoles (PlayStation, Xbox) MOZA Cockpit Control Software Non-standard USB interfaces The Moza MH16 Flightstick works seamlessly with most PC-based flight setups, thanks to its 5-pin aviation connector and plug-and-play capability. However, Mac users will need to look elsewhere, as no official support exists for macOS. Users have reported solid integration with a variety of bases, making it a flexible option for those who like to mix and match their gear. As for gaming platforms, the MH16 is strictly for PC users. It runs smoothly on Windows-based flight simulators like DCS, MSFS2020, and X-Plane, but console gamers are out of luck—there’s no native PlayStation or Xbox support. If you're deep into flight sims, though, this is a non-issue, as PC remains the go-to platform for serious pilots.

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MOZA MFY Pro Yoke brings airliner-style control geometry into the cockpit with a broad, reassuring grip and enough physical inputs to keep your hands away from the keyboard. Its integrated 4.3-inch touchscreen displays flight data, checklists, timing information, and axis positions, while 26 programmable output signals provide plenty of room for aircraft-specific control profiles. Carbon-fibre-reinforced composite keeps the structure light but sturdy, and the Hall-effect thumbsticks feel smooth and deliberate rather than like tiny gamepad controls bolted on as an afterthought. What Sets the Moza MFY Pro Yoke apart? A Touchscreen That Earns Its Cockpit Space The 4.3-inch, 480 × 800 touchscreen is more than a decorative splash of colour in the middle of the yoke. It can display essential flight data, checklists, a flight clock, and live axis readings without forcing the pilot to look across several monitors. That keeps useful information close to the hands and makes the yoke especially practical in compact setups where every centimetre of instrument-panel space has already filed a formal complaint. Airliner Geometry with a Solid, Lightweight Structure The shape takes its cues from commercial aircraft rather than compact general-aviation controls, giving both hands a broad and natural working position during climbs, approaches, and extended cruise adjustments. Its carbon-fibre-reinforced composite construction keeps weight to 1.2 kg while supporting loads up to 30 kg. The result is a yoke that feels substantial during firm inputs without placing unnecessary strain on the base or mounting structure. More Control Without Reaching for the Keyboard Two eight-way hat switches, two Hall-effect thumbsticks, bumpers, and multifunction triggers create 26 configurable output signals directly on the yoke. The triggers and thumbsticks can operate as axes or buttons through MOZA Cockpit, allowing them to handle rudder input, camera movement, push-to-talk, trim, or other aircraft functions. Multiple profiles also make switching between airliners and lighter aircraft far less tedious than remapping everything before each flight. Quick Swaps Without Mechanical Wobble The aluminium-alloy quick-release allows the yoke to be removed or exchanged without tools while maintaining a firm connection to a compatible MOZA base. This is particularly useful for pilots who alternate between airliner, general-aviation, and specialist control shapes. A quick-release is only useful when it does not introduce movement at the connection point, and the rigid design is intended to remain secure during heavy roll corrections and force-feedback loads. Pros and Cons Pros Cons Integrated touchscreen keeps flight information directly within view. Touchscreen functions depend on software and firmware support. Twenty-six programmable signals support complex aircraft control profiles. Airliner shape is less suited to traditional GA aircraft. Hall-effect thumbsticks provide smooth, contactless axis input. Lightweight composite housing supports substantial control loads. Specifications Specification Value Product Name MOZA MFY Pro Flight Yoke Dimensions 142.5 × 202 × 313 mm Weight 1.2 kg Housing Material Carbon Fiber Reinforced Composite Quick-Release Material Aluminum Alloy Button Cap Material ABS Maximum Supported Load Up to 30 kg Screen Size 4.3 inches Screen Resolution 480 × 800 Total Output Signals 26 8-Way Hat Switches 2 Hall-Effect Thumbsticks 2 Bumpers 2 Triggers 2 Lighting Customisable 16-million-colour RGB illumination Configuration Software MOZA Cockpit Included Accessories User manual Moza MFY Pro Yoke Compatibility Category Compatibility Yoke Base Connection MOZA aluminium-alloy quick-release system Configuration Software MOZA Cockpit Assignable Controls Buttons, axes, triggers, thumbsticks, and profile mappings Display Functions PFD information, checklists, flight clock, and axis readouts Control Profiles Multiple aircraft-specific mapping profiles The MFY Pro is designed to attach through the MOZA aluminium-alloy quick-release system, allowing tool-free installation on a compatible MOZA yoke base. Its commercial-aircraft shape pairs particularly well with airliner and transport-aircraft configurations, while the 26 programmable output signals can also be adapted for turboprops and general-aviation aircraft. It is not a standalone controller and therefore requires a compatible base to provide roll and pitch movement. Additional functions are configured through MOZA Cockpit software, including button assignments, axis behaviour, RGB lighting, touchscreen views, and multiple mapping profiles. The two Hall-effect thumbsticks and multifunction triggers can be configured as either axes or buttons, making them suitable for rudder control, camera movement, trim, communication, or avionics inputs. The yoke does not use a universal mechanical attachment and is not intended for direct installation on unrelated third-party yoke bases. The MFY Pro forms part of a PC-based flight simulation control system and relies on the connected MOZA base and MOZA Cockpit software for configuration. Its programmable controls can be assigned within PC flight simulators that support conventional button and axis mapping. It is not designed as a PlayStation or Xbox controller, and the integrated display features require compatible PC software rather than operating independently from the simulator.

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MOZA AY90 Force Feedback Yoke Base is built for pilots who want every climb, flare, and gust to travel straight through their hands instead of disappearing into a spring. With 4.2 Nm roll torque and 90 N push-pull force feedback alongside a 180° roll axis with ±90° travel, it delivers convincing control authority while remaining compact enough for both desktop and cockpit installations. Add configurable switches, vivid RGB lighting, and a sturdy composite housing, and you've got a yoke base that's ready for anything from circuit practice to cross-country adventures. What Sets the Moza AY90 Force Feedback Yoke Base apart? Force Feedback That Changes How You Fly Many yoke systems in this price range still rely on springs or belts, but the AY90 delivers motor-driven force feedback that lets pilots feel changing aircraft loads throughout a flight. From runway vibrations and trim adjustments to aerodynamic resistance during steep turns, the controls constantly communicate what the aircraft is doing, making manual flying feel considerably more engaging and informative. Compact Size Without Feeling Compromised Despite offering substantial force output, the AY90 maintains a compact footprint that works equally well on a desktop or a dedicated cockpit rig. Many users appreciate that it avoids the bulky dimensions often associated with force feedback hardware, making it easier to install while still providing generous control travel and a reassuringly solid feel during demanding manoeuvres. Cockpit Controls Built Into the Base Instead of treating the yoke purely as a control axis, MOZA integrates rocker switches, sliders, rotary controls, and a five-way hat switch directly into the base. These additional inputs reduce reliance on the keyboard and allow commonly used aircraft functions to remain within easy reach, particularly useful when flying general aviation aircraft with frequent trim, lighting, and avionics adjustments. Designed to Grow With Your Cockpit The aluminum quick-release mechanism and expansion mounting points make the AY90 much more flexible than fixed yoke systems. It supports rapid yoke swaps while leaving room for custom gauges, displays, and accessories through third-party adapters. For cockpit builders who enjoy refining their setup over time, this flexibility makes future upgrades considerably easier without replacing the entire base. Pros and Cons Pros Cons Force feedback adds convincing control forces throughout flight. PC platform only. Compact housing fits desktop and cockpit installations. Requires external power supply. Integrated switches reduce keyboard dependence. Quick-release supports future yoke upgrades. Specifications Specification Value Product MOZA AY90 Force Feedback Yoke Base Dimensions 325 × 252 × 111 mm Weight 4.5 kg Housing Material Carbon Fiber Reinforced Composite Quick-Release Material Aluminum Alloy Button Cap Material ABS Roll Axis Travel ±90° (180° total) Roll Torque 4.2 Nm Pitch Force 90 N push-pull Pitch Travel 95 mm Motor Encoder 15-bit magnetic encoder 5-Way Hat Switch 1 Rocker Switches 4 Slider Switches 2 Power Input 12 V 6 A Mounting Options Desk clamp, profile rail, 80/20 aluminum extrusion Configuration Software MOZA Cockpit Included Accessories Power adapter, USB cable, user manual, sticker Moza AY90 Force Feedback Yoke Base Compatibility Category Compatibility Operating Platform PC Mounting Desk clamps, profile rails, 80/20 aluminum extrusion Configuration Software MOZA Cockpit Yoke Connection MOZA aluminum quick-release system Accessory Expansion Supports custom gauges, displays, and third-party accessories The AY90 is designed to fit neatly into a wide variety of flight simulator setups. It supports desktop mounting with included desk clamps, 80/20-style aluminum profile cockpits, and MOZA's aluminum quick-release system for fast yoke changes without tools. Dedicated expansion points on the top of the base also allow additional gauges, displays, and custom accessories to be added as a cockpit grows. It is not intended for console flight simulation systems. Configuration is handled through MOZA Cockpit software, where every switch, rotary control, and lighting function can be customised. The programmable inputs make it easy to adapt the base to everything from light general aviation aircraft to larger turboprops. Because the controls are fully remappable, the AY90 integrates comfortably into both compact desktop setups and more elaborate home-built cockpits. The MOZA AY90 Force Feedback Yoke Base is a PC-only device compatible with Microsoft Flight Simulator, Microsoft Flight Simulator 2024, X-Plane, DCS World, War Thunder, and other major PC flight simulators that support force feedback hardware. It is not compatible with PlayStation or Xbox consoles, making it best suited to dedicated PC-based flight simulation environments.

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MOZA MB7F Flight Computer Display captures the look and workflow of the Boeing 737 CDU, giving home cockpit builders a satisfying way to manage routes, arrivals, and aircraft performance. The 5.1-inch high-resolution IPS display presents crisp text that remains easy to read during every phase of flight, while the die-cast aluminum front panel provides a solid feel every time you press a key. From pre-flight programming to descent planning, each button press and display update adds confidence to the experience without needing to reach for a mouse. What Sets the MOZA MB7F Flight Computer Display apart? Built Around Boeing 737 Workflows – Rather than serving as a generic keypad, the MB7F is designed around the layout and operating flow of the Boeing 737 CDU. Pilots who regularly fly PMDG and similar aircraft appreciate having dedicated hardware that keeps route programming, performance entries, and FMC changes within easy reach instead of relying on on-screen pop-up windows. Excellent Mechanical Feel – The combination of heavy-actuation dome switches and rigid silicone keycaps gives every press a confident, positive response. Many cockpit builders value hardware that communicates each input through touch alone, making it easier to work through lengthy flight plans and data entries while keeping attention focused on the flight deck. Useful Beyond Flight Planning – The integrated checklist pages and three built-in whiteboard pages transform the MB7F into more than a CDU replica. Frequencies, clearance notes, approach briefings, and operating reminders can all be stored directly on the unit, reducing the need for paper notes or additional displays during longer flights. Designed to Grow With Your Cockpit – The included desktop stand offers an easy starting point, while standard 75 × 75 mm VESA compatibility makes permanent installation equally straightforward. Combined with synchronized lighting through MOZA Cockpit software, the display fits naturally into compact desktop setups and full Boeing-style cockpit builds alike. Pros and Cons Pros Cons Excellent tactile keys with minimal wobble. Designed primarily for Boeing 737 aircraft. Sharp IPS display keeps text easy to read. PC platform only. Integrated checklist and whiteboard functions. Solid die-cast aluminum front panel. Specifications Specification Value Product Type Boeing 737 Flight Computer Display (CDU) Dimensions 277.9 × 145.5 × 32 mm Weight 646 g Display Size 5.1-inch IPS Housing Material Die-cast aluminum alloy, ABS, PC Connection USB Type-C 2.0 Rated Voltage 5 V Rated Current 900 mA Supported Platform PC Mounting Options Desktop stand, 75 × 75 mm VESA mount Included Accessories Data cable, desktop stand MOZA MB7F Flight Computer Display Compatibility Hardware Compatibility MOZA Cockpit Software Supports synchronized lighting and configuration Mounting Systems Desktop stand and 75 × 75 mm VESA mount Connection USB Type-C 2.0 Flight Simulator Compatibility Microsoft Flight Simulator Supports PMDG and other Boeing 737 add-ons X-Plane Compatible with supported Boeing 737 add-ons Designed for PC flight simulation, the MB7F integrates with MOZA Cockpit software for synchronized lighting and configuration. A USB Type-C connection keeps installation straightforward, while the included desktop stand and 75 × 75 mm VESA compatibility make it easy to move between a desktop setup and a dedicated cockpit. The compact footprint and sturdy metal front panel make the MB7F well suited to multi-panel installations without placing excessive load on mounting frames. It works comfortably alongside yokes, throttles, radio panels, and other cockpit hardware, whether installed on a desk or an aluminum-profile simulator frame. Compatible with Microsoft Flight Simulator and X-Plane, the MB7F is designed for PMDG and other leading Boeing 737 add-ons. PC is the supported platform; Mac systems and gaming consoles are not supported.

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The Moza AB9 FFB Base is a masterpiece of engineering for flight simulation enthusiasts who crave precision and power in their hands. With its dual servo motors delivering a remarkable peak torque of 12Nm, this base captures the subtleties of turbulence, takeoff, and every maneuver in between. Its aviation-grade aluminum alloy construction promises durability while its seamless, fanless design minimizes distractions. Whether you're mastering barrel rolls or steady descents, this flight stick base offers a tactile and visually sleek experience that redefines control. What sets the Moza AB9 FFB Base apart? Unmatched Torque and Control The dual servo motors deliver a peak torque of 12Nm, giving you unparalleled feedback to replicate realistic flight dynamics. Whether you're navigating turbulence or executing intricate maneuvers, the responsiveness ensures you feel every detail, right down to the smallest forces acting on your aircraft. Open Ecosystem for Versatile Use With support for third-party flight sticks and multiple installation options, the Moza AB9 integrates seamlessly into a variety of setups. Its adaptability caters to pilots who value choice and flexibility in their equipment, allowing for desktop clamping or dedicated rig mounting. Minimalist Yet Durable Design Built with aviation-grade aluminum alloy and finished with automotive-quality paint, this device not only looks sleek but withstands heavy use. The sealed, fanless design ensures a long lifespan by protecting internal components from dust and wear. Precise Adjustment and Feedback The high-resolution encoder chip and MOZA Control Loading System provide detailed adjustments and accurate replication of flight conditions. This precision lets you tailor your flight experience to match any scenario or personal preference. Pros and Cons Pros Cons Dual servo motors deliver exceptional torque for nuanced feedback. Heavier than some comparable bases at 12Nm torque. Compatible with third-party flight sticks and rigs. Premium materials may raise the price point. Fanless design reduces operational noise significantly. No wireless connectivity options. Specifications Specification Value Peak Torque 12Nm Constant Torque 9Nm Construction Material Aviation-Grade Aluminum Alloy Encoder High-Resolution Encoder Chip Compatibility Third-party flight sticks, various rigs Design Fanless, sealed structure Moza AB9 Base Compatibility The Moza AB9 is compatible with a wide range of third-party flight sticks and offers seamless integration into diverse setups. Its open ecosystem design supports clamping to desktops or mounting on rigs, making it adaptable to different environments. Additionally, the high-torque system is fully functional with leading flight simulation platforms like MSFS2020, X-Plane 12, and DCS, ensuring that sim pilots can use their favorite tools without restrictions. This device shines in its compatibility with gaming platforms and software. Designed for PC use, it performs excellently in simulators like IL-2 Sturmovik and War Thunder. However, it's not natively compatible with consoles, which may require additional peripherals or software adjustments. PC users will enjoy effortless integration and performance tailored to demanding simulations.

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