The RealSimGear - Dual Desktop Stand for RealSimGear GNS530 & GNS430 is built to provide a stable, elevated home for your avionics setup. Made from sturdy 3mm stainless steel, this stand boasts a durable, powder-coated matte black finish that resists wear and keeps things looking sharp. With rubber non-slip feet, your devices stay put during the most demanding flights. Its thoughtful design mimics real cockpit placements, ensuring your GNS530 and GNS430 are mounted at a comfortable and practical angle. RealSimGear - Dual Desktop Stand for RealSimGear GNS530 & GNS430 apart? Durable and Robust Construction Constructed from 3mm stainless steel, this stand is built to last. The powder-coated matte black finish not only adds a sleek appearance but also ensures the stand withstands long-term use without corrosion or wear. It's a dependable piece that can handle regular setup and breakdown without losing its shape or stability. Thoughtful Mounting Compatibility The base comes with mounting holes that cater to various setups, including the Honeycomb Alpha yoke, Bravo throttle, and Saitek/Logitech yoke systems. This versatility makes it easy to integrate the stand into a broader flight sim configuration, avoiding compatibility headaches. Realistic Placement Angle This stand provides an elevated mounting position similar to what you’d find in general aviation aircraft, giving your GNS530 and GNS430 a realistic layout. This attention to detail makes practice sessions more intuitive and comfortable, fostering a familiar feel when training or flying. Solid Stability Features The rubber non-slip feet ensure that the stand stays firmly on your desk even during intense maneuvers. No sliding or shifting, so you can focus on piloting without constantly adjusting your setup. This small feature adds significant value by ensuring steady operation throughout flights. Pros and Cons Pros Cons Sturdy 3mm stainless steel construction with matte black finish. Specifically designed for GNS530 & GNS430 only. Rubber non-slip feet provide strong stability on any surface. May occupy more space than single-unit stands. Compatible with multiple yoke systems and mounting plates. Specifications Specification Value Material 3mm stainless steel Finish Powder-coated matte black Foot Type Rubber non-slip feet Mounting Holes Compatible with Honeycomb Alpha/Bravo, Saitek/Logitech yoke RealSimGear - Dual Desktop Stand for RealSimGear GNS530 & GNS430 Compatibility The RealSimGear - Dual Desktop Stand for RealSimGear GNS530 & GNS430 is engineered to perfectly fit both the GNS530 and GNS430 units, providing a cohesive mounting solution. It features pre-drilled holes that support a range of popular systems, including the Honeycomb Alpha yoke, Bravo throttle, and Saitek/Logitech yoke mounting plates. This ensures that it integrates seamlessly with a variety of cockpit configurations, making it an adaptable option for many sim pilots. When it comes to gaming platforms, this stand is tailored for PC-based flight simulations, aligning well with simulators such as X-Plane and Microsoft Flight Simulator. It is not designed for console use, making it best suited for those running dedicated PC setups with realistic avionics add-ons.

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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 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 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 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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Honeycomb Foxtrot Aviation Stick is built for pilots who prefer a sidestick in hand and a clean desk in front of them. From the first movement, the smooth linear resistance system with no center detent feels fluid and deliberate, ideal for Airbus-style inputs and aerobatic maneuvers. Under the hood, 16-bit resolution with Hall Effect sensor technology translates subtle wrist movements into accurate on-screen control. Add adjustable tension and a fully ambidextrous layout, and you’ve got a stick that feels purposeful rather than toy-like. What Sets the Honeycomb Foxtrot Aviation Stick apart? Center-Detent-Free Control Philosophy Many sticks rely on a noticeable center bump, which can make small corrections feel mechanical. The Foxtrot’s linear resistance system eliminates that notch, creating a smooth transition across the full axis range. Pilots flying Airbus aircraft in particular appreciate this design, as it mirrors sidestick behavior more closely and allows gentle pitch and roll corrections without fighting a spring-loaded “click” at center. Sensor and Resolution Synergy With 16-bit resolution paired to Hall Effect sensors, the Foxtrot delivers clean, contactless input detection. Enthusiasts often point out the consistency over time—no spiking, no gradual degradation from physical potentiometers. Subtle trim adjustments during approach or careful roll inputs in aerobatics feel steady and predictable, especially when compared to entry-level sticks that can show jitter near center. Configurable Resistance and Ergonomics Adjustable tension allows the stick to be tuned to personal preference, whether you prefer lighter fingertip inputs or firmer resistance for controlled movements. Combined with its ambidextrous grip design, the Foxtrot suits both left- and right-handed setups. Users with compact cockpit builds often highlight how adaptable it feels in different seating positions, including center-mounted or side-mounted configurations. Switch Density Without Clutter Between the 5 two-way switches, 4 programmable action buttons, POV hat, trigger, rockers, and multi-way rotary panel, the stick offers serious input flexibility. What stands out is how logically the controls are spaced; sim pilots frequently mention that functions like trim, autopilot modes, or camera controls can be assigned without feeling cramped or hunting blindly mid-flight. Pros and Cons Pros Cons Linear resistance without center detent feels smooth. No native console compatibility. Hall Effect sensors reduce long-term wear. No included dedicated mounting base. Adjustable tension suits different flying styles. Extensive switch and button configuration options. Specifications Specification Value Product Name Honeycomb Foxtrot Aviation Stick Control System Linear resistance system with no center detent Sensor Technology Hall Effect sensors Resolution 16-bit Tension Adjustment Adjustable stick resistance Switches 5 two-way switches Action Buttons 4 programmable buttons Rotary Panel 3-, 4-, and 5-way rotary controls Grip Design Ambidextrous Connection USB-C to USB-A cable System Compatibility PC and Mac Included in the Box Foxtrot Aviation Stick, USB-C to USB-A Cable, Quick Start Guide (EFIGS) Download Support Basic Bindings Profiles (XML) for MSFS 2024 Honeycomb Foxtrot Aviation Stick Compatibility Platform Compatibility Operating Systems PC and Mac Connection Type USB-C to USB-A direct USB interface Primary Sim Support MSFS 2024 (XML bindings), MSFS, X-Plane, Prepar3D The Foxtrot Aviation Stick connects via standard USB, allowing it to integrate easily into most desktop cockpit setups. It works seamlessly alongside throttle quadrants, rudder pedals, and radio panels from other major brands thanks to its plug-and-play HID architecture. Its ambidextrous design makes it suitable for left- or right-seat configurations, including Airbus-style side mounting. It is not compatible with Xbox consoles and does not function as a standalone device without a connected PC or Mac. On the software side, it supports Microsoft Flight Simulator 2024 with dedicated XML binding profiles and operates with popular PC simulators such as Microsoft Flight Simulator (2020), X-Plane, and Prepar3D through manual or community mappings. It is not designed for console-based platforms, as it relies on native PC/Mac driver recognition rather than console-certified firmware.

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