Command the Skies: MOZA Expands Its Flight Simulation Ecosystem at FlightSimWeekend 2026

Lelystad, Netherlands
FlightSimWeekend 2026

MOZA, a global leader in simulation hardware, is returning to FlightSimWeekend 2026 with a major expansion of our flight simulation hardware ecosystem. At this year’s event, we will showcase several new cockpit products - including the MA3F Electronic Flight Control Module, MA3F Flight Computer Display, MGX1000 Instrument Panel, and FMP18 Panel System - continuing our mission to build a complete modular flight sim cockpit ecosystem for virtual pilots.

Since entering the flight simulation market in 2024, we have rapidly expanded our aviation lineup with advanced flight simulator controls, avionics panels, and cockpit hardware designed to bring professional-level immersion to home simulation setups.

This next generation of hardware reflects our continued investment in flight simulation technology. By combining precision engineering, durable construction, and intuitive cockpit design, we are building an ecosystem that allows sim pilots to experience a more realistic and interactive virtual flight deck.

From commercial aviation workflows to tactical combat simulation environments, MOZA flight hardware is designed to deliver the responsiveness, realism, and reliability serious sim pilots expect.

MA3F Electronic Flight Control Module: Realistic Autopilot Control

The MA3F Electronic Flight Control Module (EFCM) brings advanced autopilot control to the modern flight simulator cockpit setup.

Inspired by the automation control interfaces used in modern aircraft flight decks, the MA3F allows pilots to manage key flight parameters such as speed, altitude, and navigation modes through tactile rotary encoders and digital display readouts.

Designed to replicate real cockpit interaction workflows, the module enables pilots to operate aircraft automation systems using physical controls rather than relying on mouse interaction inside the simulator.

The MA3F also introduces an extended functionality mode, allowing additional aircraft systems to be mapped directly to the panel. This reduces on-screen interaction and helps create a smoother and more immersive flight simulation experience.

MA3F Flight Computer Display: Dedicated Flight Management Interface

Working alongside the EFCM, the MA3F Flight Computer Display (FCD) provides a dedicated hardware interface for flight management and navigation input.

The device features a high-resolution display, illuminated keypad, and durable metal front panel designed to replicate the tactile experience of operating real cockpit avionics.

Pilots can use the interface for route entry, navigation management, aircraft configuration, and operational planning. Built-in checklist pages and note panels add additional functionality for complex flight operations.

Together, the MA3F EFCM and FCD allow sim pilots to create a fully physical flight management workflow, significantly increasing realism for airline-style flight simulation.

MGX1000 Instrument Panel: Modern Glass Cockpit Simulation

The MGX1000 Instrument Panel brings a modern glass cockpit avionics experience to flight simulation.

Featuring a 10.4-inch IPS display, tactile rotary encoders, and a layout designed to mirror modern digital instrument panels, the MGX1000 allows pilots to interact with flight instruments through dedicated hardware rather than on-screen controls.

The panel connects using a plug-and-play USB display interface, allowing easy integration into both desktop simulator setups and full cockpit builds without requiring additional graphics outputs.

Multiple MGX1000 panels can also be combined to recreate complete primary and multifunction instrument displays, enabling deeper immersion for general aviation and training aircraft simulation.

FMP18 Panel System: Tactical Flight Simulation Control

The FMP18 Panel System expands the MOZA ecosystem into combat flight simulation with a modular cockpit control interface inspired by modern tactical aircraft layouts.

The system combines multi-function display frames, central control panels, and illuminated switches into a configurable cockpit interface designed for high-intensity simulation environments.

Backlit buttons, rotary encoders, and toggle switches provide clear tactile confirmation, allowing pilots to operate complex aircraft systems quickly and confidently during demanding flight scenarios.

With adjustable mounting options and modular panel layouts, the FMP18 allows users to build highly immersive fighter-style simulator cockpits at home.

Unified by MOZA Cockpit Software

All MOZA flight simulator devices are integrated through the MOZA Cockpit software platform, providing a unified control center for the entire ecosystem.

The software enables pilots to customize input mappings, adjust control parameters, manage lighting effects, and synchronize telemetry across connected devices, allowing the cockpit to function as a coordinated system rather than individual components.

With this centralized platform, users can build highly customizable cockpit environments while maintaining seamless compatibility with leading flight simulation platforms.

Designed for Flight Simulation Enthusiasts

From new sim pilots to experienced virtual aviators, our growing lineup of flight simulator hardware is built to deliver premium build quality, authentic tactile feedback, and modular cockpit flexibility.

Whether flying commercial routes, practicing training flights, or engaging in tactical air combat simulation, MOZA hardware adapts to a wide range of aircraft types and simulation environments.

Visitors attending FlightSimWeekend 2026 will have the opportunity to experience our latest flight simulation hardware firsthand and explore the next generation of the MOZA flight ecosystem.

About MOZA

Founded in 2012, MOZA is a leading manufacturer of simulation hardware for racing and flight simulation. Known for innovation, precision engineering, and premium build quality, we design hardware that powers immersive simulation experiences for pilots and racers around the world.