The MOZA AB6 Flight Simulator brings serious aviation enthusiasts closer to the sensation of real cockpit control. With its 6 Nm force feedback base and robust all-metal design, it translates flight dynamics into tactile precision that feels alive in your hands. The included Moza joystick makes up for a great flight immersion. The customizable RGB front panel glows like a command console at dusk, while dual throttle sliders provide smooth, coordinated inputs. Every detail—from its fine-tuned motor to the 15-bit magnetic encoder—makes the AB6 feel like an engineering instrument that just happens to fly. What Sets the MOZA AB6 Flight Simulator apart? Exceptional Force Feedback Consistency — Many users note the AB6’s steadiness under prolonged use. While others can fade or jitter under load, this unit maintains its 6 N·m torque output with impressive smoothness, letting pilots feel aerodynamic resistance through turns and dives. The tactile texture of feedback doesn’t fluctuate—it stays tight, confident, and reassuring throughout the session. Refined Build Quality and Materials — Unlike plastic-heavy bases in its class, the AB6’s aluminum and steel structure provides a reassuring weight and tactile finish. Users appreciate that it stays silent under stress and dissipates heat effectively. It’s not just solid; it feels engineered for endurance—built more like an aircraft component than a gaming peripheral. Versatile Mounting and Integration — The AB6’s compact form factor hides a mounting system that adapts to nearly any rig. Pilots with limited desk space praise how easily it fits on center-mounts or aluminum profiles. The universal connector means it welcomes multiple flightstick types, both MOZA and third-party, extending its lifespan across evolving setups. Software Depth Beyond Expectation — The MOZA Cockpit software offers granular tuning—users can adjust friction, damping, centering strength, and even LED telemetry logic. The real advantage lies in its ability to store and recall profiles for different aircraft, making transitions between fighter jets and passenger planes seamless and intuitive. Pros and Cons Pros Cons Durable full-metal construction enhances stability and longevity. Limited console compatibility; PC-focused system. 6 N·m torque provides consistent tactile flight feedback. Compact design limits internal cooling space. Customizable RGB buttons improve visibility and control mapping. Magnetic encoder ensures smooth, accurate input tracking. Specifications Specification Value Force Feedback Torque 6 N·m Motor Type Outrunner Motor Encoder 15-bit Magnetic Encoder Construction Material Aluminum Alloy and Steel Front Panel Buttons 8 Programmable with RGB Lighting Throttle Sliders Dual Analog Sliders Mounting Options Compatible with Flight Rigs and Aluminum Profiles Software MOZA Cockpit Connector Universal Flightstick Connector (MOZA and select third-party) MOZA AB6 Flight Simulator Compatibility Compatible Flightsticks Notes MOZA Flightsticks Full compatibility via universal connector Select Third-Party Flightsticks Supported with adapter or native connector fit The MOZA AB6 Flight Simulator works seamlessly with MOZA’s own flightsticks and supports several third-party models through its universal connector. Thanks to its mount-friendly form factor, it can be integrated into center-mounted, side-mounted, or overhead setups with minimal adjustment. The solid construction aligns perfectly with metal and profile cockpits, while its USB connectivity ensures reliable communication without proprietary lock-ins. However, it isn’t compatible with console systems such as Xbox or PlayStation, remaining a PC-focused device. When it comes to software compatibility, the AB6 integrates effortlessly with major flight simulators including Microsoft Flight Simulator 2020 and 2024, X-Plane 10/11/12, DCS World, and IL-2 Sturmovik. Users also report smooth function in War Thunder. It supports Windows operating systems and common USB drivers without additional middleware. While it doesn’t have native Mac or console support, its wide simulator integration ensures it remains at home in virtually any PC cockpit environment.

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The Honeycomb Bundle (Yoke & Throttle) is a dream package for flight simulation enthusiasts, combining the acclaimed Alpha Flight Controls and Bravo Throttle Quadrant into a single, cost-saving package. Designed with input from professional pilots and aerospace engineers, it boasts a robust all-metal yoke mechanism and customizable throttle configurations. Whether you're fine-tuning a smooth landing or managing multi-engine systems, the bundle’s intuitive controls and comprehensive switch panels offer unparalleled control and versatility. This isn’t just gear; it’s your co-pilot for a truly elevated sim experience. What sets the Honeycomb Bundle (Yoke & Throttle) apart? Durable Build for Long-Term Use The bundle is built with aerospace-grade components and an all-metal yoke mechanism, ensuring it withstands hours of intensive use. This makes it a trusted companion for both aspiring pilots and seasoned sim enthusiasts seeking equipment that doesn’t flinch under pressure. Incredibly Versatile Throttle Configuration The Bravo Throttle Quadrant is a standout, accommodating single-engine to four-engine setups with ease. Its detailed customization options include thrust reversers, autopilot systems, and a trim wheel, offering flexibility across different aircraft types. Enhanced Switch and Control Panels The switch panel on the Alpha yoke and the annunciator panel on the Bravo throttle provide a plethora of controls, making external keyboard usage almost obsolete. The clear LED backlighting ensures visibility in any lighting conditions. Seamless Integration with Popular Simulators The bundle is compatible with all major flight simulators like Microsoft Flight Simulator and X-Plane 11, providing plug-and-play functionality with profiles designed to simplify setup and maximize control precision. Pros and Cons Pros Cons Exceptional durability with all-metal yoke mechanism. Throttle quadrant levers feel slightly stiff initially. Versatile throttle configurations for various aircraft types. LED backlighting is not adjustable in brightness. Comprehensive switch and annunciator panels reduce keyboard reliance. Compatible with multiple operating systems and platforms. Specifications Specification Value Yoke Turn Radius 180° Yoke Shaft Travel 15 cm Throttle Configurations Single to four-engine, piston or jet Mounting Compatibility Honeycomb and Saitek products Supported OS Windows 10 (64-bit), macOS, Linux Warranty 2 years Honeycomb Bundle (Yoke & Throttle) Compatibility The Honeycomb Bundle (Yoke & Throttle) offers seamless compatibility with major flight simulation software, including Microsoft Flight Simulator, X-Plane 11, and Prepar3D. While the Alpha yoke functions without additional software for X-Plane 11, the Bravo throttle requires the Honeycomb Config Tool for full functionality on Windows and macOS. It lacks support for older simulators like FSX/P3D v3, but profiles are available for more recent platforms, ensuring a hassle-free experience. In terms of hardware, the bundle integrates easily with Honeycomb and Saitek mounting systems, adding versatility to your cockpit setup. While it doesn’t support consoles, it connects effortlessly to PCs through USB and offers plug-and-play functionality for supported games. This makes it a solid choice for simmers who value flexibility in their cockpit configuration. For gaming platforms, the bundle is focused on PC-based simulators and is not compatible with consoles like Xbox or PlayStation. It shines when paired with games like Microsoft Flight Simulator, offering robust support for both general aviation and airliner setups, allowing simmers to explore skies with exceptional control.

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Moza Yoke Bundle (MFY Yoke + AY210 Yoke Base) brings an impressive blend of engineering and control to flight simulation. The 9Nm torque and 210N push force in the yoke base ensure smooth and forceful feedback, translating every aerodynamic effect into tactile sensations. The fiberglass-reinforced PA66 yoke offers durability and a refined grip, while customizable triggers, an integrated Hall-effect joystick, and magnetic DIY panels add versatility. Paired with an aluminum alloy quick-release system and extensive software customization, this setup is built for those who demand precision and adaptability in every flight. What Sets the Moza Yoke Bundle (MFY Yoke + AY210 Yoke Base) apart? 9Nm Torque and 210N Push Force for Enhanced Control Unlike standard yokes, this system delivers powerful, forceful feedback with 9Nm of sustained roll torque and a 210N pitch axis push-pull force. This level of feedback translates everything from wind resistance to turbulence into a detailed tactile experience. Race Car-Inspired Quick Release for Fast Swaps The aluminum alloy quick-release system enables seamless transitions between different yokes. Whether switching aircraft types or adjusting for different flight tasks, the push-and-pull mechanism allows for quick reconfiguration. Extensive Input Customization Between the MFY Yoke’s 34 configurable inputs and the AY210 Base’s 13 programmable switches, this bundle provides a deep level of cockpit control. Moza’s software allows button remapping, long-press assignments, and telemetry-based lighting adjustments. Hall Effect Sensors and Magnetic DIY Panels The yoke includes dual Hall effect joysticks for precise input and a contactless design for longevity. Additionally, magnetic DIY panels on the front allow users to customize their cockpit interface with printed overlays, making controls easily identifiable. Pros and Cons Pros Cons Strong force feedback with 9Nm torque and 210N push force PC-only, no console support 34 configurable inputs and Hall effect joystick Requires Moza software for full customization Quick-release system for easy yoke swaps Magnetic DIY panels for personalized labeling Specifications Specification Value Yoke Material Fiberglass-reinforced PA66 Yoke Base Material Aluminum alloy Yoke Weight 1.3 kg Base Weight 8.0 kg Maximum Roll Torque 9Nm Maximum Pitch Force 210N Travel Distance 150mm USB Refresh Rate 1000Hz Button Inputs 34 configurable (yoke), 13 programmable (base) Connection Ports Power, USB, throttle, rudder pedals, panel Mounting Options Desktop clamp (optional), cockpit mounting Software Support Moza Cockpit software Platform Support PC Included Accessories Power adapter, power cable, data cable, screws, wrench, user manual Moza Yoke Bundle (MFY Yoke + AY210 Yoke Base) Compatibility Compatible With Not Compatible With Moza Cockpit software for button mapping and telemetry Console platforms Moza Yoke Series Third-party yoke bases Major flight simulators (MSFS, X-Plane 12) MacOS Designed for PC-based flight simulators, this bundle integrates fully with Moza Cockpit software, allowing extensive customization for force feedback, button assignments, and lighting effects. The MFY Yoke is fully compatible with the AY210 Yoke Base, ensuring a plug-and-play experience with Moza’s ecosystem. PC-only compatibility means full support for Microsoft Flight Simulator 2020, Microsoft Flight Simulator 2024, and X-Plane 12. However, console users will need to look for alternative hardware, as this setup does not support Xbox or PlayStation systems.

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The TPR: Thrustmaster Pendular Rudder brings a whole new dimension to flight simulation with its innovative design and uncompromising build quality. Featuring PENDUL_R technology, it delivers ultra-smooth and fluid motion for precise rudder control. Its 100% metal structure exudes durability, while adjustable pedals and customizable resistance make it adaptable to every pilot’s preference. Paired with H.E.A.R.T. HallEffect magnetic sensors, this rudder system ensures accuracy and longevity, creating an experience that feels as intuitive as it is powerful. What sets the TPR: Thrustmaster Pendular Rudder apart? Unique PENDUL_R Mechanism The suspended PENDUL_R technology sets this rudder apart, offering fluid, natural movement that closely mirrors real-world aircraft rudder dynamics. This mechanism creates a more tactile and intuitive experience, especially during small, delicate adjustments, making it stand out in the world of simulation hardware. Customizable to Your Preferences With adjustable pedal angles and resistance levels, the TPR caters to a variety of preferences and setups. Whether you prefer a light touch or firm resistance, the included springs and versatile configuration options ensure you can tailor it to your exact needs. Built for Stability and Longevity The TPR’s solid metal construction ensures it remains steadfast during even the most demanding sessions. Its weight and mounting holes keep it stable, while the H.E.A.R.T. sensors deliver frictionless performance that won’t degrade over time, offering incredible reliability. Comprehensive Ecosystem Integration Designed to work seamlessly with Thrustmaster’s T.A.R.G.E.T software, the TPR can be paired with other devices for unified profiles. This integration enhances its usability across a wide range of flight sim setups, from helicopters to fighter jets. Pros and Cons Pros Cons Durable 100% metal construction for long-term use. Expensive compared to other rudder systems. Fluid, realistic movement with PENDUL_R technology. Large footprint requires substantial space. Customizable resistance and pedal angles. Seamless integration with Thrustmaster T.A.R.G.E.T software. Specifications Specification Value Product Dimensions 20.9 x 14.2 x 14.2” / 53 x 36 x 36 cm Product Weight 15.4 lb / 7 kg Material 100% metal construction Adjustable Features Pedal angles (35° to 75°), resistance springs Package Contents TPR rudder, brake pedals, tools, manual TPR: Thrustmaster Pendular Rudder Compatibility The TPR: Thrustmaster Pendular Rudder is designed to work on PC with all major flight simulation software, including Microsoft Flight Simulator 2020, X-Plane 11/12, and DCS World. It is also compatible with Thrustmaster's T.A.R.G.E.T software, which allows you to integrate it with other Thrustmaster peripherals like the HOTAS Warthog. This creates a unified ecosystem, enabling seamless control across multiple devices. However, it is not compatible with consoles or non-PC platforms. When it comes to hardware integration, the TPR features standard USB connectivity and operates as a standalone device or part of a setup. Its sturdy metal base includes mounting holes for cockpit setups, ensuring compatibility with a wide range of custom and professional configurations. The adjustable pedals and resistance settings make it flexible for diverse setups, from compact spaces to larger rigs. For gaming platforms, the TPR connects directly to PC systems via USB, offering plug-and-play functionality. It is automatically recognized by supported software, allowing for quick and hassle-free setup. The lack of console support may be a drawback for some, but its PC-focused design ensures uncompromised performance for simulation enthusiasts.

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Moza MFY Yoke is designed for pilots who demand versatility and control in their flight sim experience. With a fiberglass-reinforced PA66 build, it withstands up to 30kg of force while maintaining structural integrity. The aluminum alloy quick-release mechanism makes swapping setups seamless, mimicking motorsport-style engineering. Packed with 34 configurable inputs, a Hall-effect joystick, and customizable RGB lighting, this yoke delivers a cockpit-grade interface that adapts to a wide range of flight scenarios, from commercial aviation to aerobatic maneuvers. What Sets the Moza MFY Yoke apart? Rugged Yet Lightweight Construction Made from fiberglass-reinforced PA66, this yoke achieves an ideal balance of durability and weight. It can handle up to 30kg of force without flexing, giving pilots a solid grip without excessive bulk. Unlike heavier metal yokes, this one offers long-term resilience without adding strain to mounting systems. Quick-Release System for Fast Swaps Inspired by race car technology, the aluminum quick-release system makes switching between yokes effortless. Whether transitioning from a GA aircraft to a fighter jet setup, the push-and-pull locking mechanism ensures minimal downtime between flights. Hall Effect Joystick for Extra Control Integrated directly into the yoke, the Hall effect joystick provides additional axis control without drift or mechanical wear. It functions as either an axis or button signal, making it perfect for trim adjustments, rudder input, or even camera movement in the cockpit. Extensive Customization Options Between 34 configurable inputs, customizable RGB lighting, and magnetic DIY panels, the MFY Yoke adapts to individual pilot preferences. Whether fine-tuning button assignments or tweaking cockpit aesthetics, this system provides an unparalleled level of user control. Pros and Cons Pros Cons Lightweight yet durable fiberglass-reinforced construction Does not include a dedicated mounting system Quick-release system for fast yoke swaps Limited compatibility with non-Moza ecosystems Hall effect joystick provides additional control inputs 34 configurable inputs for extensive customization Specifications Specification Value Dimensions 142.5 × 202 × 313 mm Case Material Composite materials Quick Release Material Aluminum alloy Button Cap Material ABS plastic Weight 1.3 kg 8-Way Switches 2 Hall Effect Joysticks 2 LB/RB Buttons 2 Triggers 2 Total Signal Outputs Supports up to 34 Included Accessories User manual Moza MFY Yoke Compatibility Compatible With Not Compatible With MOZA Cockpit software Console platforms MOZA ecosystem (yoke bases, throttles, pedals) Third-party yoke bases PC-based flight simulators MacOS Designed for PC flight simulators, the MFY Yoke fully integrates with MOZA Cockpit software, providing extensive customization options for button assignments, trigger configurations, and RGB lighting effects. It is designed to function with MOZA yoke bases, throttles, and pedals, ensuring seamless operation within the brand’s ecosystem. However, it does not support third-party yoke bases or MacOS. PC-only compatibility ensures native support for Microsoft Flight Simulator 2020, Microsoft Flight Simulator 2024, and X-Plane 12, where all configurable inputs are recognized. However, console users will need to look elsewhere, as this yoke does not support Xbox or PlayStation systems.

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The Honeycomb Bravo Throttle Quadrant is a versatile all-in-one control system that lets you soar through the skies in virtual aviation with precision. Designed for both casual pilots and seasoned simmers, it adapts to your flying style, offering configurations for small aircraft and large airliners alike. Featuring a fully functional autopilot panel and customizable thrust levers, it puts essential controls at your fingertips. Whether you're managing thrust reversers or adjusting flaps, this sleek device is built to elevate your cockpit setup and make every flight unforgettable. What sets the Bravo Throttle Quadrant apart? Unmatched Versatility The Honeycomb Bravo Throttle Quadrant adapts to a variety of aircraft configurations, from single-engine planes to four-engine airliners. This flexibility means it can handle piston, jet, and turboprop controls seamlessly, catering to both general aviation enthusiasts and commercial flight sim fans. Enhanced Physical Feedback With its sturdy levers, clickable buttons, and smooth trim wheel, the tactile experience feels as close as it gets to operating a real cockpit. The gear lever and annunciator panel add an extra layer of functionality, keeping your hands busy and your keyboard untouched. Comprehensive Autopilot and Annunciator Features The included autopilot panel mimics the functionality of systems found in real aircraft, while the annunciator panel delivers vital status alerts. These features reduce reliance on on-screen controls and make managing complex systems much easier. Expandable Design With integrated mounting points, the Bravo works seamlessly with other Honeycomb and Saitek products. This modularity allows users to grow their setup over time, creating a cohesive and customizable virtual cockpit. Pros and Cons Pros Cons Wide range of configuration options for all aircraft types. Annunciator lights and some features don’t work on Xbox. Durable design with a solid, professional feel. Relatively large footprint, requires space for optimal use. Comprehensive autopilot and annunciator panels included. Requires external software for optimal customization. Compatible with multiple simulators on PC and Mac. No support for FSX on the latest version of the Config Tool. Specifications Specification Value Package Contents Throttle quadrant, mounting points, brackets Compatibility Microsoft Flight Simulator, X-Plane 11, Prepar3D V3-V5 Operating Systems Windows 10 (64-bit), macOS Catalina+ Warranty 2 years Bravo Throttle Quadrant Compatibility Simulator Compatibility Microsoft Flight Simulator Fully supported with Config Tool X-Plane 11 Fully supported, with Windows and Mac versions Prepar3D Supported for versions 3, 4, and 5 The Honeycomb Bravo Throttle Quadrant is engineered for compatibility with popular simulator platforms, including Microsoft Flight Simulator 2020, X-Plane 11, and Prepar3D. While PC users can enjoy full functionality, Xbox users must note that some features, such as the annunciator lights, won't work when connected via the XPC Hub. This makes it an excellent choice for PC-based setups but requires consideration for console users. When it comes to hardware, the Bravo pairs seamlessly with other Honeycomb products, like the Alpha Flight Controls, and integrates with Saitek peripherals through its mounting points. These features ensure a cohesive and expandable setup. However, it’s not compatible with older FSX versions unless you're running the older Config Tool, so check your software version before diving in.

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MOZA AY90 Yoke Bundle replaces vague spring tension with control forces that actually tell your hands what the aircraft is doing. The base delivers 4.2 Nm of roll torque and 90 N of push-pull force, while either the MFY or MFY Pro Yoke Handle completes the package with airliner-inspired ergonomics and programmable controls. Ground roll produces a convincing tremor, trim changes alter the resistance, and stall buffet becomes rather difficult to ignore. Despite all that machinery, the compact composite housing remains manageable on a desk or aluminium-profile cockpit. What Sets the Moza AY90 Yoke Bundle apart? Force Feedback Instead of Decorative Resistance Spring-loaded yokes tend to pull toward the centre with little regard for airspeed, trim, or aircraft condition. The AY90 uses 4.2 Nm of roll torque and 90 N of pitch force to communicate ground vibration, aerodynamic loading, autopilot movement, trim resistance, and stall buffet. This gives the pilot useful physical information throughout the flight rather than the same elastic tug from taxiway to final approach. Two Yoke Options for Different Cockpit Priorities The bundle can be configured with either the MFY Yoke Handle or the more extensively equipped MFY Pro Yoke Handle. This allows pilots to choose between a straightforward control interface and a more feature-rich airliner-style option without changing the base. The aluminium-alloy quick-release also makes handle swaps tool-free, secure, and refreshingly free from the sort of mechanical wobble that turns a firm landing into unintended percussion. Compact Construction with Full Control Travel Force-feedback hardware often claims a significant portion of the desk before the aircraft has even loaded. The AY90 keeps its footprint to 325 × 252 mm while still providing ±90° roll movement and 95 mm of pitch travel. Its carbon-fibre-reinforced composite housing weighs 4.5 kg, making it substantial enough to remain controlled under load without becoming an unreasonable burden for desktop clamps or profile mounting. Useful Controls Beyond the Yoke Handle Rocker switches, sliders, rotary inputs, and a five-way hat switch are built into the base, reducing the number of routine functions left to the keyboard. Every input can be remapped through MOZA Cockpit, while the RGB strip can represent engine speed, throttle position, or other telemetry. Dedicated upper mounting points also provide space for gauges, displays, and custom accessories as the cockpit gradually consumes the room around it. Pros and Cons Pros Cons Motor-driven forces communicate trim and aerodynamic loading. Requires mains power alongside the USB connection. Two handle choices suit different cockpit configurations. Supported exclusively on PC flight simulators. Compact housing supports desktop and profile mounting. Tool-free quick-release simplifies yoke handle changes. Specifications Specification Value Product Name MOZA AY90 Yoke Bundle Included Yoke Handle Options MOZA MFY Yoke Handle or MOZA MFY Pro Yoke Handle Base Dimensions 325 × 252 × 111 mm Base Weight 4.5 kg Housing Material Carbon Fiber Reinforced Composite Quick-Release Material Aluminum Alloy Button Cap Material ABS Roll Axis Travel ±90° Total Roll Rotation 180° Pitch Travel 95 mm Roll Torque 4.2 Nm Pitch Push-Pull Force 90 N Motor Encoder 15-bit magnetic encoder 5-Way Hat Switch 1 Rocker Switches 4 Slider Switches 2 RGB Lighting 16.7-million-colour telemetry-capable lighting strip Power Input 12 V, 6 A Configuration Software MOZA Cockpit Mounting Options Desk clamps, profile rails, 80/20-style aluminium extrusion Supported Platform PC Included Accessories Power adapter, USB cable, user manual, sticker, two desk clamps Moza AY90 Yoke Bundle Compatibility Category Compatibility Yoke Handle Options MOZA MFY Yoke Handle or MOZA MFY Pro Yoke Handle Handle Connection MOZA aluminium-alloy quick-release system Desktop Installation Two included desk clamps Cockpit Installation Profile rails and 80/20-style aluminium extrusion Accessory Expansion Top mounting points for gauges, screens, and custom peripherals Configuration Software MOZA Cockpit Simulator or Platform Compatibility Microsoft Flight Simulator Compatible X-Plane Compatible DCS World Compatible War Thunder Compatible Windows PC Supported platform Xbox Not supported PlayStation Not supported The bundle combines the AY90 base with either the MOZA MFY Yoke Handle or the MOZA MFY Pro Yoke Handle. Both attach through the aluminium-alloy quick-release, allowing secure, tool-free changes without replacing the complete control system. The connection is designed specifically around compatible MOZA yoke handles rather than universal third-party yokes, so unrelated handles cannot be fitted directly without a suitable adapter. Installation options include the two supplied desk clamps, profile-rail mounting, and standard holes for 80/20-style aluminium extrusion. The base can sit alongside separate throttles, rudder pedals, instrument panels, and other USB flight controls because these devices are normally recognised independently by the simulator. Upper mounting points also accept custom gauges and displays, although third-party accessories may require separately produced or 3D-printed mounting adapters. The AY90 Yoke Bundle is a PC-only flight control system compatible with Microsoft Flight Simulator, X-Plane, DCS World, and War Thunder. MOZA Cockpit handles force-feedback configuration, button mapping, input adjustment, and telemetry lighting. It is not compatible with Xbox or PlayStation consoles, and force-feedback behaviour can vary between simulator titles, aircraft modules, and the effects supported by each software integration.

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MOZA MA3F Electronic Flight Control Modules bring the Airbus A320 flight deck to your simulator with controls that feel satisfying from the first heading change to the final approach. The dual-rail spring-loaded push/pull mechanism recreates the distinct operation of Airbus autopilot controls, while custom segmented displays faithfully reproduce the unique FCU character layout and formatting. Every knob rotation, button press, and display update feels purposeful, making long IFR flights far more engaging than relying on virtual cockpit controls alone. What Sets the MOZA MA3F Electronic Flight Control Modules apart? Autopilot Controls That Feel Convincing – One feature frequently praised by experienced Airbus sim pilots is the dual-rail spring-loaded push/pull mechanism. Rather than relying on a basic push button behind a rotary encoder, the controls provide distinct travel and resistance that better reflect Airbus workflow. During climbs, descents, and approach changes, every input feels deliberate and encourages proper cockpit procedures. Displays Designed Around Airbus Styling – The segmented displays do more than simply show numbers. Character spacing, formatting, and typography closely mirror Airbus FCU presentation, creating a cockpit appearance that immediately feels familiar to Airbus enthusiasts. Builders often appreciate this level of visual detail because it helps the hardware blend naturally with other cockpit panels instead of standing out as a generic controller. Flexible Configurations for Every Cockpit – The system is available as an FCU alone, an FCU paired with a single EFIS, or as a complete EFCM suite. This flexibility allows builders to expand gradually instead of purchasing everything at once. The optional extended-function capability also gives one EFIS module additional duties, reducing unnecessary mouse interaction during busy phases of flight. Designed to Fit Existing Flight Decks – Standard 75 mm VESA compatibility, the included mounting bracket, and aluminum-profile support make installation straightforward across a wide variety of simulator frames. Users also appreciate the seamless integration with MOZA Cockpit software, where synchronized lighting and control configuration can be managed without lengthy setup procedures. Pros and Cons Pros Cons Excellent Airbus-style push/pull control mechanism. Focused exclusively on Airbus aircraft. Segmented displays closely match Airbus formatting. PC platform only. Multiple configurations suit different cockpit budgets. Integrated lighting synchronization enhances cockpit consistency. Specifications Specification Value Product Type Airbus A320-style FCU and EFIS control system Configuration FCU only Display Type Custom segmented Airbus-style displays Autopilot Controls Dual-rail spring-loaded push/pull mechanism Lighting Independent screen, character, and status illumination Software MOZA Cockpit integration Supported Platform PC Mounting Options Included bracket, aluminum profile, 75 mm VESA mount Extended Functions Optional EFIS extended-function control mode MOZA MA3F Electronic Flight Control Modules Compatibility Hardware Compatibility Mounting Systems Included bracket, aluminum-profile rigs, 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 A320/A330 aircraft and compatible Airbus add-ons X-Plane Compatible Airbus aircraft including ToLiss series Third-Party Aircraft Fenix A320, FlightFactor A320, and other popular Airbus airliners Designed for PC flight simulation, the MA3F Electronic Flight Control Modules integrate with MOZA Cockpit software for telemetry synchronization, lighting control, and straightforward configuration. 75 mm VESA compatibility, aluminum-profile support, and the included mounting bracket allow the modules to fit easily into desktop cockpits or larger simulator frames. The modular design allows builders to start with a single FCU or expand to a complete EFCM suite as their cockpit grows. Independent lighting adjustment for displays, characters, and status indicators helps the modules blend naturally with surrounding instruments during both daytime and night operations. Compatible with Microsoft Flight Simulator and X-Plane, the system supports default Airbus A320 and A330 aircraft alongside leading third-party add-ons including Fenix A320, ToLiss, and FlightFactor A320. The modules are intended for PC use and are not compatible with gaming consoles.

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